CA2636886A1 - Models, methods, techniques to make things work better, and automating these operations (m&t) - Google Patents

Description

June 1e, 2008 Note: not to be publicly published until International Patent Application has Occurred Gerard Voon Claims New Technologies, New MODELS, New Techniques and Method In the below we use Artificial Intelligence/computer algorithm METHODS/TECHNIQUES to control/manage/regulate/monitor and AUTOMATE (words used interchangeable) and as well we use terms robots and exoskeletons interchangeable since their abilities are close - that carry out the METHODS/TECHNIQUES to control/manage/regulate/monitor and AUTOMATE. And apply them to mimic any and all management (the earlier;
Artificial Intelligence/computer algorithm) and work (the latter; robots and exoskeletons eg. robotic arms) that do any and all of the mechanical/functions/operations converted from existing to better automated.
Artificial Intelligence and computer algorithm(s) as the same thing...Virtual Reality, Neural Links and manual/remote controUautomated/joy stickANi/glove controls/computer controls, eg. key boards; cursor; and/or all electronic control manipulators automated are used interchangeability in their ability to be used for ways to experience (eg.
feedback) and control any and all automated/mechanical/electronic ... any and everything...
Artificial Intelligence/Neural Links with other human remote control, develop and manage the inventions and control robots that do regular check ups and maintenance and/or repair on all the equipment. Because thoughts are so instant (eg. the cliche the speed of thought) we want to develop a Neural Links/Artificial Intelligence that can tell the difference between an simulation/test (eg. actors pretending to respond the way the role requires) versus a correct desired general and/or specific outcome driven wanted verbal and/or action physical doing.
Any and all the items below could benefit from multidimensional intemet poll, we could even allow test out or at least see a more realistic version over multidimensional websites/Neural Links any and all items.

Things that can be Managed by Artificial Intelligence (public services provided by Artificial Intelligence) and also services economy carried out by Neural Links and remote control complementary and/or monitoring/supervisory role over the Artificial Intelligence. (the supervisor and/or expert for the type of job trouble shooter can determine in case the Artificial Intelligence does anything wrong is deficient and the Artificial Intelligence's strengths and weaknesses (robot's) can be determined relative to which jobs and the supervisor/trouble shooter together with the Artificial Intelligence can alter the Artificial Intelligence program to handle the job better.

Artificiaf Intelligence can contain huge range of information for people relations to interested humans for (including multidimensional websites) for sales; media/press releases; human resources; public relations; suggestions (categorize - sort, rank by high stakes impacts that the improvements for which departments and translation to bottom line improvements make recommendations to management of what to reward suggestor); complaints;
Business Networking; general inquiries, qualify what area of the company and the memory models it should have access to for each interaction (perhaps for quicker responses any and all

2 Artificial Intelligences should be organized this way). The communications between person and Artificial Intelligence can be by voice, text and/or Neural Links.
Re: Neural Links/Artificial Intelligence as Memory Aid Informations by representative labels (so as not information overload the person) as well a memory models (the person considers important and in what settings) - the mobile Artificial Intelligence can remind the person if he wants to review the information (either by chronological sub topics in format of a text book writer or better yet memory model that either the person creates via Neural links and/or the Artificial Intelligence organized and recorded based the understanding between the person studying and understanding the material and the Artificial Intelligence learns via Neural Links and/or memory models of textbook and courses/lectures of generic topical material or entertainment, can be offered as memory aid people using Artificial Intelligence and Neural Links (by when, which/what and how much detail and how complexfin-depth), including objects against picture backdrops in multidimensional internet. More importantly if the Artificial Intelligence follows the person throughout the day it can organize what you need to remember before leaving your house for holidays...or where you last put your keys.

The Artificial Intelligence can also help the person search for things (eg.
keys and/or any and all items). If something is missing, try checking areas person skipped past in earlier searches, (the person may have sipped these areas because likelihood was less because person doesn't commonly leave the keys there or given the conditions would not normally would not commonly find the keys in the area, at the same time look out for some clue that the person may have previously missed, if still missing, the expand the scope of the search in terms of other compartments or if the item is small more detailed/through search or if share the keys or space, check where the other people would move and place the person's keys to where they believe the keys belong, to be stored (the places to check include probability to be found there; ranked; going down list of most likely places Research Development - competitors - new promising field where many variations that have many applications that perform better than existing technologies...or intuitively takes.

We could literally map every site in the world, see and meet who is there in the virtual re-creation of any place/compartment in the world. The re-creation would try to capture the ambience (the modalities of the environment/compartment), capture the goings on when people are drawn out there eg. celebration - fireworks - Mardi Gras - Music Festivals. As well as non-reality based landscape experiences Fantasy/SciFi. Whether reality or non-reality we could have the Artificial Intelligence to interact based on the profiles (also guides based on familiarity of the human to the multidimensional website and depending on the last time the Human visited the Website - possibly by sign in the Artificial Intelligence guid could show/explain the new changes/additions) of types of people found there, for example walking on the beach in California/or visiting a space station (eg. Babylon 5), there may be kiosks along environment that are advertisements selling goods/services that are related (popular) to the people who would like such sites Any and all picture images from the intemet including multidimensional, virtual reality so the a character can have pictures made with him and his friends posing against any and all background from anywhere in the world to fantasy from historical significant backdrops to future possibilities.

3 The entire cities could be mapped including stores ... into muftidimensional website (Neural Links library of experiences documented by locals and/or those who have visited) sharing things that are enjoyable, exotic from architecture, local people's idiosyncratic, nature (scenic) and rare creatures tourist attractions, any and all things tourists do offered free or sold (like the free videos on Utube).

Also Remote Controllable, (eg. neural Links even in cock pit by genuine thought recognition) Artificial Intelligence/Neural Links with other human remote control, develop and manage the inventions and control robots that do regular check ups and maintenance and/or repair on all the equipment. Because thoughts are so instant (eg. the clich6 the speed of thought) we want to develop a Neural Links/Artificial Intelligence that can tell the difference between an simulation/test (eg. actors pretending to respond the way the role requires) versus a correct desired general and/or specific outcome driven wanted verbal and/or action physical doing.
We could send Neural Links over the radio signals to air human and/or any creatures' experiences and use it (radio and/or audio) for television watchers where the material content is exactly the same in real time to complement each other as the next step past surround sound home theatre to real iive experiences. Possibly the Neural Links experience editing is aided by Artificial Intelligence.

Re: Safety To start with we could make any and all internets better/safer by:

1. Have an Option to Check the credit worthiness of major Buyers/lnvestors that want to be treated with Jet set and/or first ciass service.
2. Create Better Business Bureau for the goods and services providers...
3. Try to track down notorious sellers that deliver unreliable and/or goods that don't meet described quality standards, and black mark them.

4. Separate internet pornography by age, catering to heterosexual men;
catering to heterosexual women, and catering bisexual males versus bisexual females and homosexuals (same sex partners), so that search engines using key words (can have template filter words section - so for example a heterosexual male using the search engine can choose in the drop down menu list of template filters to websites that don't have homosexual porn).

5. Or there can be lock and key physically and/or digitally that allows kids to surf wherever they want but all pomography are locked out and social such as my space and face book websites are monitored by Artificial Intelligence that note the age (red flag) of the User and monitor for keywords (such as arranging a meeting - of which the Artificial Intelligence questions the child and possibly asks for the approval from their parent) and dangerous personal pictures...

Re: Neural Links/Artfflcial Intelligence Live and/or on Multidimensional Websites Neural Links can be used in sales to allow the customer to experience how those who liked an item for sale how their appetite felt towards the item, it can also give the customer confidence that the item is not just wanted but reinforced closure take person's later second thoughts (doubts/regrets) away. Artificial Intelligence can be used in sales to qualify the buyer, prod the person to find out why they say (respond) with a no. Then Address each objective one by one (pr7oritize/rank by most emotional fear/dislike) and or in similar category groups or summary of total advantageous/disadvantageous, reinforce/subtle suggestion as to why benefits/worth based on their own values. In sales they say an objecting customer during your sales presentation is better because you can understand and engage to rectify their view on objecting point and address and clear up the item is worth purchasing by either showing that the point mistaken or overblown or not that important or the other benefits advantageous far exceed the draw backs of the point of objection. Versus people who you do a presentation to who agree to all your points who seem to like your product and at the end say no (nothing sunk in). One way to handle objections, is to put the objection in perspective by benchmarking what's reason for objection to see for example (cost) to see how easy it is to overcome as it relates to (cost) of your minor daily expenses that are so small that you don't even think about and help the person realize haw more valuable this sale item is relative the minor daily small expense (eg. cost of daily cup of coffee to give up for your children's education)...Also start with main goods in the presentation, get the person to realize how just the main goods alone is worth the cost of the total package, then take out the freebies one item at a time and show them how it works see which they like and let them test it out, go back (more than one time) to the preferred extra items to show how the extra gifts can make them happy.

To Create a Game for Multidimensional Users... We could do a Multidimensional Website Surfing Rally. Clues are placed on participating websites, the player chooses the right advertisement on the website and finds the hidden answer (eg. collect multidimensional object/images or names, - treasures chests... different themes based on the areas of interest of player)...It can be a television and/or movie documented show, combining GPS, Google Earth, Multidimensional Neighbourhood - retail store fronts, eg. restaurants find most popular dish and/or the retail store's most popular selling item at a specific outlet... industrial inputs most popular for type of final product. The answer can depend on the level of specialization of the system/parts. We could have web cams that players can choose to use (and be paid), or play the game for the prizes in anonymously, whereby the player who document his plaing of the game can submit to us and be paid for it and also compete for different game playing video documenting types of prizes (eg. most interesting).

For every 10 different a player brings to either buy our multidimensional products (depending on price and quantity) and/or membership into our club, the player receives pay pal dollars.
We could create quasi - multidimensional - reality television/movie where either 5 teams of 2 and/or 2 teams of 5, compete in such activities a fishing in Alaska/Artic, snowmobiling, bob sledding, eg. at top of a mountain such as Blackcomb - racing to top to get clue, all groups have backpack laptops to coincide clues with navigating the multidimensional browsing, where they need to find the right websites possibly advertisements, or play multidimensional video game sites (eg. travel fantasy/sci fi - and/or exotic competitions like trekking Nepal or Dakar Rally by videogames...)...We could also film the reality television/movie of the contestants living together a president's suite/penthouse of a major hotel (eg. in Las Vegas).
We could use Neural Links for the audience to experience what is going on in their minds.
For Intrigue the teams could (receive wild card) that allows them vote each other or/or team in backwards points and/or out of the competition.

Re: To Help Multidimensional in Usage:

1. We create Portals based on interest eg. Amazon, E-bay and any and all retailers whereby we give away prizes for those that purchase items of our multidimensional websites...

2. Our Portals all come with downloadable or mail delivery of instruction manuals or real time reading (html, adobe and multidimensional) on how to use multidimensional website features (perhaps also how to develop muftidimensional websites).
3. We do a Multidimensional Internet Version of Utube, Google, FaceBook, and My space, and create a contest for contestants to submit their advertisement ideas catering to multidimensional website owners and advertisers that pour the most expense or most popular (by hits).
4. All contestants receive gifts, entrants can also privately submit all the addresses of their friends they use their name to recommend us to them (and we could have a give prizes based quantity of these friends that hit/surf/browse our websites and/or buy goods, and or recommend their friends and business/social network.
5. We could do a documentary of pre-qualified contestants as they do their advertisements even do a reality television/movie whereby the contestants stay together a president's suite/penthouse of a major hotel (eg. in Las Vegas).

6. We could categorize the film to play on television and movies based on the market segment that the advertisement appeals to.

7. Publish advertisements on all platforms.

8. Advertisements could also be made to appeal to advertisement that link regular intemet Users to hit links (and download and install our software) to access our multidimensional internet.

9. We could create a Portals based on Levels of Mastery (eg. beginners have intro, Frequently Asked Questions and/or Help electronic Manual and/or our Begginers' Portal webthread whereby users can ask questions to tech support in real time, with simultaneous accessibility with website browsing/surfing) and Frequency of Use and Interest (profiling) of Multidimensional Intemet Clients.

10. To increase the number of multidimensional websites, we could offer multidimensional website developers training and even offer Degrees and Masters and PHD's through not only our own multidimensional website University, but Franchise, Licence Colleges, Universities and/or Schools...As well as expertise in software/hardware compatibilities (we could even pay for training and faculty costs for the participating institutions) ... perhaps even issuing loans for multidimensional programmers and/or software/hardware experts, developers/tech support ...
until they get a job or start their own business to pay back their loan (GP 1%).

We could have contests whereby any and all people submit to us recommendations on features on how to make any and all our products better and even give out monetary prizes.
And after the new features have been packaged into out products (in this entire submission above and below) we could possibly the interview with the winner...

We could create picture painting/tablet and multidimensional objects and document programs that can be created and/or edited on computer then exhibited/displayed on televisions in places with large crowds and any and all advertisements an any and all large televisions as well as mobile televisions. The conversion process can convert word by word typed on a computer keyboard is (regulated by recognition program possibly by Artificial Intelligence) scanned as they are typed in and/or line by line completion or multiple lines or even page by page or even conversion of documents to television image (after the typists has edited - capitals; sequences of words; proper font; font size; spelling check; grammatical suggestions - the finished parts), whereby the recognition program -Artfficial Intelligence identifies the word and the letters that make up unknown word and converts them into a perfectly formed clean image (direct duplicate - unlike scanned documents where word are smudgy) of the words and their alphabetical letter image formation. Instead of a computer we could use a mini screen (GP) and/or mobile computer screen (eg. laptop), the computer/module/mobile device can have hardware memory of writable memory (eg.
on CD's, DVD's, Blue-Rays, VCRNHS) of either the original computer document and/or the television image/document could be given a serial number whereby, the document's words per line; ietters per word; font; font size; Gerard Voon's 6 Languages word recognition techniques computer/Artificiai Intelligence; spelling check could 1. match (document in memory recognition) the computer to document to a television document that you want to edit where 2. either a match is found 3. or the television document's memory keeps the above television words' characteristics so in order to edit the document conversion - based on word by word recognition is recreated back into computer typing (editing) format... We could have the editor read the document via Neural Links for instant thought to writing (not only on computers but television and any and all electronics eg. mobile e-devices), with Artificiai Intelligence helping find the best word(s) to express/describe a thought and/or correct mental mistakes. The computer memory as being converted to image television document...

Re: Computer/Neural Links to Television and Vice Versa 1. Important keywords are identifiable patterns for recognition, starting with page number, then line count (from top to bottom) on that document page, then counting the word's place between the number of words the from the left margin to the keyword and number of words from the keyword to the right margin.
2. And if the chosen keyword is to commonly used - difficult to map recording all the places that each keyword appearance belongs to, aiternativeiy to save time we could pick unique keywords, also pattem recognition, by page number, line (count from to bottom), word count from side to side.

The pattem recognition acts as a combination lock and key recognition word conversion mega pixel match then once match verified then we can pull out the entire file whereby the computer has a memory for pattem recognition of saved documents' by matching page number, line (count from to bottom), word count from side to side. Then further memory on the television is a dictionary (and Gerard Voon's patented word recognition;
see page 45) (like spell check) it receives observes each word on the computer document (identffled by the word's characteristics) and/or (scanned document - though scanned tend to be less reliable because of smudging) and then uses the television (database; dictionary; list) memory of the particular word and places the image of the word, whereby a line would then become a string of images of words, to alter the document we could plug in a keyboard Ideally a computer or other document viewer, but in case the owner has none then the television could take the typist document input one recognized word at a time, (also font size and type).

The Neural Links could be used to use verbal/thought dictation (whereby the Artificiai Intelligence taking down the thoughts can have the options to make a word stick, in case the User makes recurring mistakes such as perhaps (looking back - the User's imagination becomes over active) superimposing a wrong word and it's identification onto the correct word. Word stick will upon verification prevent the User from changing the word too easily.
Identification is necessary for understanding (meaning and/or definition) markers for identffication is the lock and key that the mind uses to access the intemal characteristics/attributes and memory model surrounding which fall under belonging to/possessed by/under jurisdiction)...

We could have large theatre screen movies/IMAX/or just a large television screen in the water in front of parts of beaches for sun worshippers to enjoy watching movies while sun bathing. And/or by the theatre screen movies/IMAX/or just a large television screen resort/hotel poolside. (Lounges).

An Artificial Intelligence or computer can write its own Algorithms AND Neural Links for speed of thought/understanding and/or and best accuracy in terms of where details important in inputs-interactions-outputs.

Re: USA Elections, 2008 (Case Study) - How Artiflcial Intelligence could be used Troubled Economy...

Troubled Health Care...

Change... appeal (what voters want - their concems/stakes) to the majority of the middle class...

To create a micro managed detailed plan...
1. Set priorities.
2. But How and What goals. Define what you want to achieve and realistic goals.
3. Get feedback from the public and good advisors.
4. Micro goals can be set by establishing milestones along the 4 year term of performance.
5. What are the Cost/Benefits of rolling out Action Plan each management decision takes into account strengths/weaknesses of the Nation...
6. Outline what are the major drivers of change, know what you can't change (don't waste your time) and the levels of ease of what you can change (eg. monetary costs) and size and impacts per proposal costs. And where combinations of decisions that put action plans to work have various implications (preferably measurable).
Planning involves figuring out how to influence/control what you can change (rank), in planning we need to recognize opportunities and mitigate threats, manipulating/tweaking how the factors, the major drivers which can be honed to maximize the specific types of benefits (goals) amounts (desired), versus total benefits to costs.

MODEL FOR SAVING THE WORLD FROM run on USA currency (eg. via purchasing treasury bills) - thus increasing the buying power of, and USA economy which coupled to WORLD economies, ENERGY COSTS, GLOBAL FOOD CRISIS...

1. We use our (Gerard Voon's company's) money to buy/purchase (G8) USA
Treasury Bills/Japanese Treasury Bills/Europe Treasury Bills and their Government Bonds...hereinafter referred to as USA Treasury Bills (a form of lending to eg. the USA government; we would be propping up the value of T-Bills and indirectly USA
currency and indirectly providing liquidity to the govemment), with so many T-Bilis held outstanding by us (demand), T-Bilis should give a boost and cause a rise in values and USA currency should rise in values also since they are both driven and issued by the same source - same government (whose credit worthiness is the same) usually found to have the same value per time charted movements. The more T-Bills we buy the higher their value goes up and also because the demand increase for their T-Bills the lower the yield the governments can issue for their T-Bilis (higher grade/credit rating GP 0.01 % - lower risk) thus taking a slice out of the yield, furthermore since values are so high, the government may choose to issue more T-Bills to raise funds for, for example to back Fannie Mae/Freddie Mac mortgage businesses to address the sub-prime crisis - thus diluting the value of the T-Bills but if the government decides that addressing the sub-prime crisis is more important than temporarily selling T-Bills then it is up to the govemment to use the money caveat emptor (perhaps saving some as emergency fund for future financial institution coming forward with further sub-prime exposure), even paying off some government debt.
2. Our company leverages the T-Bills (as an asset) to pledge to financial institutions (particularly to finance companies that have been cleared of sub-prime exposure) 30% of a loan with 70% gearings interest paid on a line of credit. Wi'th an option to defer interest payments for I to 3 years with little or no compounding of interest rates preferably accrued at normal rate. We work with banks/finance companies/mortgagors/any and all lenders (hereinafter used interchangeably) with good credit history and ones that want easy huge business that can recognize that our conglomerate has the most profitable new products ever seen by mankind) ... For example: Project Delays, and/or if it takes longer than anticipated to a new product to take and/or temporary illiquidity ... Furthermore we would like the option from Finance Companies to allow us to divert and/or allocate the revolving line of credit to such Intemational Security Issues as bailing out the Fannie Mae/Freddie Mac (first come first serve, or the mortgagees with the lowest monthly interest payments -and/or gearings, debt to equity ratio that can't help but default on their interest payments -the basis of this selection process is that those with the lowest interest payments are more economical for the mortgagors to cover and defer interest payments while low debt to equity ratios and/or low gearings rewards the lenders and the lendees that tooke less risk noted by their low leverage) possibly or if another Finance entity threatens to go under from rogue, derivatives and/or sub prime mortgage exposure or runs by depositors, then we come in as the White Knight until the entity rises again (the sector rises again).
3. We allocate funds to the most profitable of areas of the company (eg.
Gerard Voon's patented TALL GRAVITY TO ELECTRICITY INVENTIONS cheapest cleanest energy source, and also mirrors/boiler from salt water to fresh water and free electricity with urgently becoming depleted worldwide...
4. With a percentage of funds saved for food production...
5. The best places to locate 3. and 4. is where clean land/air/water and fertilizer are abundant which in order of best first is Canada, New Zealand, Australia (some drought areas), USA (flood affected bread basket) and Africa if the Nations of Africa could maintain rule of law (we'd go broke if the harvests were plundered then the next season no one would have any food since we lost our investment funds via theft of our harvest in the previous season), next Africa needs to have a standard of quality which is difficult in fair trade organizations since large batches exported to large developed nations' crops come from many little small sources/suppliers who aren't always well educated and some would cut corners (in using cheap even potentially contaminated fertilizers (eg. urine), toxic pesticides that would normally be banned in farming in developed nations, and over use of antibiotics//fungicides/perhaps hormones rt they can get it cheap, contaminated water/air/land and iF there are too many small supply batches testing for salmonella, e.coli, botulism; then large scale farms would be a better choice, perhaps we could let them buy in to a central sharing of farming equipment (tiller/harvesters)/knowledge/seeds/sharing pest control secrets/manure processing plants - whereby Assuming the farm owners want to work their land as for income and/or supplementary income - and perhaps more importantly(WE NEED TO ENSURE THE QUALITY OF THE PRODUCTS) Option 1.
each farmer swaps their land to our company and they (the farmers) receive company shares in return for the value of their land and the farmers work either for our company or independently, but we help them make sure the quality is good enough;
Option 2. our company could rent and/or lease the land from the farmers and the farmers could be paid for the work they do and we rent - so our company specialists could keep an eye the quality of the products; Option 3. Our company could buy the land out right and hire the farmers to work for fair wages... part of the desirability of Fair Trade is that it allows small land owners to be the boss of their own business (which buys in their motivation and job satisfaction at success - that is why I prefer Option 1.); Option 4. the fair trade farmers could be supplied with all the education and/or farming and supplied with farming equipment and any and all inputs, and the farmers pay back their accrued expenses after sale of harvest (a line of credit)...the problem is that it can be hard to keep hungry third world farmers from keeping financially in line not just using cheap cut corners in using cheaper even hazardous inputs; Other countries where food can be grown include the Netherlands, South/Central American nations...
6. Then we take the food produced by our businesses farming/aquacufture and trade the food to Brazil, Russia, India, China, South Africa, Turkey even Europe (where poiitically safe - and economically able to repay) to start with...these governments exchange their own Treasury-Bills, and/or Govemment Bonds hopefully backed/undennrritten financial Institutions and by the International Monetary Fund/World Bank/United Nations - with the option to IPO and spin off this area of the business. Furthermore China could repay our shipments of food with USA
Treasury-Bills that they may hold.
7. Then we can use the payments of National Treasury Bills; government bonds can be used to pledge as further assets that we can leverage (or pay off some of our debt).
Any and all robots needed in processing industries (including food heating/cooling temperatures)...
Robots can be created to do the job of taking apart computers/Artificial Intelligence/Neural Links hardware/software, (possibly guided/controlled by Neural Links and/or remote control and/or Artificial Intelligence). To repair and or up grade old hardware/software. A website can be created that hijacks the Owners' hardware/software and determines what hardware/software are compatible with replacement hardware/software, or the Owner can rent the robot or bring their computers/Artificial Intelligence/Neural Links hardware/software Into a repair depot where robots are used to examine and make changes based on whether the Owner wants to increase performance/memory/cost/heavy memory space for required software, and based on the usage or the owner's profile (the robots that can keep record or work with Artificial Intelligence to determine the best suited changes in hardware/software to the Owner whereby the Owner can demand anonymity such as no profile or only parts of the profile be filled (while the Robot outlines the combination of most important profile qualifications given the filled information - eg. business use might further require enough memory (intensive) and specific Database software program such as ORACLE)...
additionally the Owner can also have an anonymity option to first download his profile for future usage and then have the robot erase the Owner's profile...

The missing components of algorithms is variables. The probability of each type of variable type is partially dependent on which subject (knowledge - experience)/system and depth the reader want in the outputs.

Variables changes in quality, quantity and condition as (metric or soft criteria eg. modalities) indicating/events are analyzed. The changes outdate and updates understanding;
knowledge of the input/interactions (eg. timing) factors now, how past effects the way we are able to handle the changing variables (eg. Stock Market Charting), or past information is relevant (GP 1 k; GV) and can be applied to future to predict outlook (future scenarios).
Looking for pattems in variables starts with:

1. Straight x-axis eg. time line (there is no change in the y-axis). There is only a start and stop, linear spectrum, range, chronology, literally anything that increases and/or decreases 2. Multiple outputs, and/or multiple inputs can be overlaid using a different y-axis correlations to each output and/or input where the x-axis is the standard scale.
3. The x-axis is the benchmark (eg. time) - the control.
4. Where precise measurements (metrics) are soft/intangible, guesstimates can be used to eyeball the value and weighted on mukicriteria analysis.

In order to be a valuable as measurement instrument for analysis (metrics) the relationship of variables as a function of common (control - benchmark) must be (the more strongly correlated the better) more than coincidental (pattems of spreading flus simulations might be considered rather coincidental).

1. There must be strong direct relationship eg. one drives the other or they share (react to a common driver - not necessarily at the same level) - take for example two companies in the same industry, at the same vertical end, sharing the same markets/products and the same competitive advantages). There is also the possibility for deviance when other strong influential factors acting within the same time frame.
2. Low correlation over longer the period (the greater the period) where the lesser the synchronicity in spikes and dips in correlation (of overlaid y-axis changing variables relative to the control; x-axis) the more increasing probability of randomness.
3. On the other hand the longer the period (the grater the period) of correlation of synchronized spikes and/or dips shadowing (overlaid graphs), the increasingly more probability of the relationship as period and the closer the rate of change up and down over the control (eg. time), occurring with integrity/consistency (low deviance) the less probable of the relationship being coincidental and therefore warrant a possible pattems shedding insight into using the workings and how and what can be done to handle the system, that human decision makers and Artificial Intelligence (not just by itself but the Al could give advice, in case the human misses a big impactful factor(s) (GP 0.5%).

STOCK MARKET

Charting - involves micro price blips and macro trends. The height of difference since preceding peaks, breaking the ceiling is a sign of micro blips and is even more promising when it is on the right hand side (most recent events) of the price/time chart. If the peak doesn't rally very long this maybe a sign of investor profit-taking. If there is much volatility, then there may be many speculators watching this stock. There are different kinds of

11 speculators; followers that are trying to ride the wave; followers that are waiting for a definite sign that a trend has begun; and contrarian investors who push the stock price in the other direction. Some investors don't speculate as much but rather invest on value (current price under or over valued), and growth (expecting payoff). Both investment strategies are based on fundamentals, such as sustainable competitive advantages.

When the price doesn't change for a while and there is high volume, this is indicative of exchange of equal volume of shares between buyers and sellers.

A dip in the price that doesn't last long could be merely a correction after over exuberance of the stock. As prolonged dip in price could be indicative of market sentiment, distrust loss of credibility of management/fundamentals, perception performance uncertainties towards fundamentals of competi6ve advantages, sometimes even question of a ability to deliver as promised (Bre-X) and/or (financial collapse - unable to cover high gearings such as the sub-prime mortgage), uncertainty may come from past history of fraud; inability provide reliable performance picture and therefore inability for investors to appraise the value of the company.

Re: Business Fundamentals for Managing Companies, Managed by Artfficial Intelligence/Automated The secret is how do you value a business. If a company is trying to raise money, unless they are a very prudent management, the financial desperation would more than likely drive them to embellish the cashflows. So expected performance will be overstated, and risks downplayed. Unless of course the company is doing and Initial Public Offering, (which might drive management to understate their value rather than over state) in case one, the strategy is to understate financials and then when the financial performance is above expected the stock will rise and when the stock rises it will appear on potential investor's radar in which it will generate a buzz and rise even higher on speculation...in case two, the strategy is to overstate financials, often referred to as the pump and dump, the IPO price is pumped up in price, and then when it opens to the public market the people behind the embellished/overstatement of the financials sell their share before the stock price falls to its fundamental value.

Then How To Value a Company (especially the High Tech and/or Bio/Life Science Sectors) ... Investment in New Products can go from Idea to raw materials (Work in Process) WIP/manufacturing to marketing sales (early adoption) to peak growth (TOTAL
ROI at sale of stocks at its peak price). The product must operate (as bug free and bottleneck free and seamlessly as possible) and be new (different othennrise it would be a copycat) although quality brand name versus generic names can serve the same need but their prices can be different because prestige (a connoisseur) will note the differences (eg.
stitch/non-shrinkable in wash machines actually don't shrink - reliability as well as the association with the rich and famous piece of the pie) - new products can prove their worth by usetfulness of each new feature for extra cost to value to Customers, the product life can be extended (GP 0.05%) by releasing new versions with new and better advantageous versus technologies' where new idea/features just have run out by current human minds...and they eventually become commodities. Technologies with short life span (patent strength) where copy cats can easily enter the fray may make incubating new technologies out dated before even reaching growth stage or once other players see the successful growth stage of the technology they enter the competition sometimes making even better features and at cheaper cost (because they take the original product and improve on it and use geo/political expertise to get the product

12 developed cheaper as well the transport costs from manufacturing to market must be logistically calculated). These are some of the ways good products can become obsolete.
Re: Valuing Nature of Competition (usually by sector) - Methods for Artificial Intelligence to Manage 1. Commodity - usually standardized products that compete on cost, quality and concentration and capacity of production (eg. oranges who's capadty of production is dependent weather) and therefore supply drives cost up and/or down. Depending on rarity of inputs and their condition of production (ease to co competitors to enter) competition can be many (easy to enter) to few (difficult to enter) -obstacles to ...
2. Non - commodity Oligopoly - products and buyer sizes can be in large (eg.
Boeing/Air Bus) versus many smaller orders such as RogersTTelus/BCE/Shaw...where different niche products have features that are different from their competitors (except for copycats), the niche products address different market segments...
3. Large Order Oligopolies - where when a competitor exceeds stock market expectations especially in sales whereby the success of one company in the sector cannibalizes the other competitor (eg. AMD versus Intel; Google versus Yahoo) 4. Define what are sectors versus industries; industries tend to be up stream along the vertical chain, rawer, Work In-Process inputs are more related to product types culminating in market segmentation groupings; and then there are clusters -which seem to be a mix of industries serving/supplying, competing and/or complementing inputs to produce a type of end product, whose market can be very selective in terms of traditional and/or contemporary products (eg. Wine Industry in France andlor Nokia in the Nordic nations).
5. Geo (price sensitivity income - third world poor - affordability; other regular living costs (eg. in Northern countries, people need to spend part of their income on cold dimate clothing such as thick jackets) politicalrudicial laws that suit business and friendly (laws - not -heavy handed)quality of life and ethniclcultural values/appetites/tastes international saavyness non-xenophobic outlook the friendliness, locals (tolerant - non-judgemental) willing to help share their love of their place.

Re: Business Company Research Website Managed By Artificial Intelligence/Automated With Artificial Intelligence and computer algorithm(s) as the same thing...
Neural Links and manuaUremote controUautomated/joy stick/Wii/glove controls/computer controls, eg. key boards; cursor; and/or all electronic control/touch shift any and all manipulators we could divide company (allowing User searches) and their products by sectors/specffic segments (and geo politicaUeconomic risks) on the vertical chain by hard materials;
versus intellectual materials inputs to the final product. The horizontal range is made up of competing (meeting the same needs), and complementary needs. Products can be searched on the internet, as well as multidimensional intemet search and can also be based on the memory model - and system/parts belonging where if no specific place/compartment to start looking eg. place where the product is expected to be found - most likely places and commonly found and scope and desire-to-time available by the searcher determines scope (or integrate search with Artfficial Intelligence aid), by dimensions, work in process/progress parts that contribute to what/which final product and contribution to what part of the final consumer usage. For

13 the Investor they need to create criteria and value the strengths (usually the strong market demand or locked in mine assay) and weaknesses (easy for competition to enter with a cheaper and better because the new competitor has a more competitive business model -eg updated features) and the value of opportunities (such as rare/limited/depleting goods are owned largely by the company and low transport costs to the highest priced markets) and size of impacts of threats and probability relative to size are all small. An Artificial Intelligence could track down the history by key words (for any and all topics that might be of interest to the User, such as mile stones, financial performance break evens for the product line/fundamentals/operating environment, internal - new products in development - major patents running out, new (increase in or decrease of) better and/or worse buyers/sellers in the case of project by project - feasibility studies, BOT, BOO)... search topic related to the company/product (system's theme relationships - vertical; horizontal), by season, daily, weekly, monthly, repeating at the same period. Topic's recent publication by date (interests - whatever the User is interested in to add to the User's knowledge updated as quickly and possible to send to the stakeholders) search topic by quality, date (published and updated), topic, range of htmVadobe with limit setting by number of pages... Search for topics of articles containing that keywords that home in on areas of interest such as product price/quality/features/characteristics, willingness of buyers and sellers to buy and/or sell -issues about holding out, shelf life, expectation for price to rise or fall, the amount of time you're willing to wait, chances/expectations of being outdated - sectorial competition. How many buyers (large generic inventory and many buyers - making into a commodity...
Hereinafter we describe Artificial Intelligence and computer algorithm(s) as the same thing ... Neural Links and manual/remote control/automated/joy stick/Mi/glove controls/computer controls, eg. key boards; cursor; and/or all electronic control/touch shift any and all manipulators as interchangeable... Below is a list of designs any and all thing in their unique operations of automation eg. robotics and control over any and all mechanical, operating and most uniquely overcoming the design of a robot so it can handle like an expert human converts into how the robot operates in the environments (particularly the challenges) that the robots' design must be able to handle and how Artificial Intelligence and/or remote control could do the job as well.

We are creating entire city regions (neighbourhoods/high rises and/or compounds/districts) Area networks based on quantum teleportation...The network will be connected/served by a highway (since teleportation presently only works within a certain distance), of many (to ensure large capacity for speed even if high traffic), of fiber optic cables, between teleportation congregation nodes that lead/point in the direction of the another city's congregation node therefore the distance between the congregation nodes of the two cities is connected by a large bundle of fiber optics, where traffic is high, and/or expensive and also in anticipation of growth of internet and also Gerard Voon's patented multidimensional internet.

If there were a pattem of degradation over time/distance and/or rate of distance travelled per time. And if this pattem were the same perhaps we could extrapolate such a phenomenon, and we could then compensate for the degradation and get the correct signals from the quantum teleportation.

We could create a search engine that recognizes scenarios (in time) and place based on place in the background and given background and entities (verbally defined by description/beliefs/explanations/and substitute words) in the picturermage's take of what is (and what should be in the same area) therefore the context, that can given need to conform

14 or expected presence/activity that the context suggests, as well as interactions between entities (that help to identify the object/stimulus) as well as method(s) and/or techniques of measurements (eg. of important/relevant factors the User) such as performance;
representative labels/symbols/images/pictures ... as well the search can involve memory model relationship (that with Artfficiat Intelligence/remote control/Neural Links - that are customized to the User's attributes/connectionsAinkages, that clue and cue the User's memory of which relationships when coded especially to landmarks can be ranked by strength of recall, eg. every time you search for a certain answer, thinking of a related entityrnteraction you quickly and don't require concentration; the memorable landmark entityfinteraction easily leads you to think of the sought after answer because you memorably have created a memory linkage (GP 1%):

On a side note think of what makes humans individuals (cloning and the souls).
We start with very minor differences in genes between two or more cloned individuals).
We can use Artificial Intelligence/Computer Algorithm/Neural Links to train (completely controlled environment) how to respond to stimulus/objects as we place the clones in tandem in sets of scenarios. We bring them up to values (things they believe - and are sensitive to - they enjoy and/or are allowed to enjoy or makes them feel good, physically, mentally, spiritually, success in any arena... ). By sensitive we mean moods, appetites (emotional tanks), how fulUhow empty (how similar the fix(es) are between a denied fix to an alternate fix that often fills the same senses: modalities - taste, touch, emotions, gazing -intensity) where one fix is used to pacify another. Beliefs (motivate us by hope), how much you want it...in line with realistic (fixes). Healthy training are based on circumstances/stimulus/objects that the clones will most probably encounter versus unreal fantasiesfimagination (unattainable, out touch with reality).

Identity is frame of mind moods towards a proportion stable beliefs and a proportion fleeting which affects the way you perceive things presently mindfulness (versus imagination GP5%), in past (as experienced vicariously in a groove, and or third person), in future (as experienced vicariously in an extrapolated groove, and/or third person). Human Experience are either rooted in specifically stimulus/objects/parts and or segments contains themed parts (eg. grouped together by time, and/or belonging to the same product vertical chain... most listed in Gerard Voon's patented memory model where belonging is another word for relationships/connections/linkages), and/or environment/compartments/systems_ Our responses are often based on similarities then as familiarity grows or you find a need to differentiate/separate two very similar stimulus/objects you notice the differences, such as the psychological pink elephant imprint that a person has in his/her brain, sometimes separating two thoughts from crisscrossing would healthy to not have (often adopted at first impressions (habits) if need to separate it can be hard to releam sometimes re-access by original similarity and then separate after you (recognize by different groups that the two objects/stimulus' to separate into belonging into different groups that meet the protocoUduty of the purpose of the responder... ), pinpoint the (systems) groupings identities For the Multidimensional websites we can create natural environments that the website companies' products' would be used and dients can try out and zoom (eg. on a mobile device that is handheld on a computer screen would need to zoom in closely to see the features on its screen) in on the products' advantageous features (explaining the demographic that the product appeals too - and/or generic for more broad market coverage).
As well the artist that creates the animation could be contracted based on their mastery and style of art that is suitable to the market. The Artificial Intelligence of surfer could choose product object they want to experience by where the option (is enabled by website owners) to sort sequence by cost, select by specific features and/or lack of certain features, by date of release, (genre), size and time required to download object and its information/specifications - even perhaps different levels of object detail eg. highlights, based on your reason for checking out the object and as well your entered mastery level of the object which can be extrapolated by your profile; occupation; age; gender;
married and/or single; past times the information can be thinned down to what would appeal to you. Aiso what's new since you last entered the website.

We could have a shared Wall sized Multiple screens Virtual Reality (multidimensional) rooms where each user (whether hooked up by Neural Links/key board/
glove/joystick... ) is allotted a separate mini screen that can be modified to line above/below and/or either/or both sides of the shared working space. The mini screen allows each user their own separate working space to make their own document and/or cruise/browse the internet.

We could also use Artificial Intelligence/Computer Algorithm/Neural Links to control multiple bodies to experience as well as command and/or co-command instant thought to control and take over the bodies' volitional; and or where the a body is comatose as well Artificial Intelligence can supplement regulation of the bodies' autonomic systems... We could use Neural Links/Artificial Intelligence/computer algorithm to reawaken coma and brain damage victims (such as quick releaming of important things everyone needs to know to grow up... ) most effectively used two-way neural links to probe and help the brain damage victim to remember his own past to reassume his own identity. The User can use Artificial Intelligence/Computer Algorithm/Neural Links to remotely control multiple bodies, thus managing and experiencing multiple real lives at the same time. Or they, the User(s) could (over the intemet - multidimensional) collaboratively let each other take over volitionally (and/or body owners could sell their trained - to give over control while maintaining some safety limits to what the people do with their bodies).

Artificial Intelligence and computer algorithm(s) as the same thing ... Neural Links and manuaUremote control/automated/joy stickNVii/glove controls/computer controls, eg. key boards; cursor; and/or all electronic controVtouch shift any and all manipulators as interchangeable ... could be used to Co-pilot air planes and ships, yachts the Artificial Intelligence could watch for all the factors (obstacles in the way, speed size - potential threat, weather, viewing distance), that a pilot steering would need to keep on course, and then a pilot could be resting or muRitasking while in touch mentally with the Artificial Intelligence via Neural Links.

Artificial Intelligence and Neural Links Communications can be divided as follows:
1. tangent, % random, spontaneous or lack of literate background.
2. trying to selU(business)convince/prove (legal; factual) 3. small talk 4. entertainment by genre (stories, movies) 5. factual, scientific to prove hypothesis explanation of methods and thechniques (themes) 6. patents 7. topical study, journalistic, essay/term paper/thesis/to explain/to describe/document 8. research and draw conclusion, background/groundwork and recommendations (GP
0.08%) Re: One Process of Reading Listen for the important points (pivotaUmilestones and the major drivers to change versus important drivers and their outcomes depending on which entity and/or interactions and their quality and/or quantity of which are important to your purpose for reading (eg. reading for entertainment look for interesting parts that happens to your most lover and/or most hated characters; or reading for Business/Science look for performance/empirical results...). Focus on memory model attributes that are important to identifying and changes (pivotal) of places in fime and memory space, noting key words (lmportant) that you past in the first read without noticing. Pre-reading and pre-re-reading by importance expected by activity inputs operations (functions) outputs - suggest answers what you believe the contents of the topic is about, tie in different descriptions eg. what do you need to know about the characteristics/beliefs of an entities' to understand how two entities relate (eg. memory model) - attributes/clues defines how entities belong which may or may not include activitiesrnteractions currently seen in the story/University course/writing...contente and theme. (GP 10%) ROBOTS
We could endow Neural Links and the Users' mind management - Artificial Intelligence with controlling robots and any and all automation by a concentration meter where the a person can have a real time (adjustable range escalating and descalating with concentration like the bodys natural physical inertia (like pushing a button on a joystick requires concentration so mistakes are less) can depend the meter that measures the person's level of concentration (depending tasks-subtasks see below) have a longer harder concentration and real physical response time necessary where safety and mistakes (more at stake financial damages -even tasks where human lives are at stake), and certainty that is based on reality feedback and not on flights of imagination or over confidence; also the Artificial Intelligence and the Human Neural Links working together should focus on what they see and extrapolate what is behind hidden potential further obstacles/challenges if need be (eg. if the object moving behind will get in the way of the planned pathway of the crane. The Artificial Intelligence can gently draw the Neural Links User back to reality if his mind wanders on tangent, and experiences loss of concentration and/or crisscross between activities, especially during a part of the task where danger of high damages are high.

Robots and Artificial Intelligence macro system of tasks/jobs identified/driven/sorted by purpose and the micro activities/sub tasks (used in the construction industry and manufacturing) which belong the to the macro system and are all identified and broken down into methods and techniques (under scientific protocol) furthermore division/sorting can involve:

1. Physical (eg. the task of a human being such as using a joystick to control a crane replaced by Artificial Intelligence) where the Neural Links User and/or Artrt'icial Inteligence must decide to try a more dangerous maneuver to save time taking into account the higher risks (what they are and when in the chronological, project management cycle they occur (tasks-subtasks-activities; macro-micro; methods and techniques. The potential level of damages (negative impacts - threats) based on the things and/or cascade combinations of things that can go wrong...the constraints eg. methods and techniques that are illegal, or break operations regulations usually because they are too dangerous. Also 2. Not just physical: But what the Neural Links User gets from the tasks and sub-tasks of emotional stimulus response and communications that engage the mind (mental) sociaUentertainment stimulation.

3. And communications where the Neural Links User interacts with the purpose (eg.
sales or a Scientific Lecture) of making transmitting (describing/explaining even recommending potential conclusion and decision options) information.

The above can be compared to a person who procrastinate/doesn't want to crawl out of bed - vegetative, doesn't want to face the day, often finds solace In laziness ...
such a person needs to overcome physical inertia...one way is to summon the mental concentration (push yourself) to move actively to climb out of bed. The power to summon mental concentration to overcome physical/mental inertia could be the incentives hopes; what you value that you want to gain and/or achieve that excites you (incentives) even the realization that for a brief moment of concentrated push to get out bed and the rest of the way is easier (less mental/physical inertia) one could convince yourself that the activity of getting out of bed or even getting back to doing work on your computer as pleasurable (I would however suggest that the pleasure be controlled by a Artificial Intelligence (via Neural Links on to the pa6ent) because the Artfflciai Intelligence is easier to reformat, should poor habits form and can be shut on and off at wiil, although is someone figures out the Artificial inteliigences' methods and techniques for aiding your mind(s), the other person might be able to manipulate the patient. The Artificial Intelligence that is used to manipulate minds should be well encryptd and sophisticated firewalls.

(GP 3%) We are making our own line robots to address manual labour techniques based on the variabie condition and how the best (expert) handle via the best optional ways given the conditions that present a challenge to getting the job done 1. the quickest and 2. in a acceptable safe manner, controlled by any and including Artiricial Intelligence%omputer algorithm/remote control (eg. Neural Links, joysticks, Wii, buttons, steering wheel, virtual reality glove - any and all control interfaces) that mimic the feedback sources of the (sometimes changing in real time).

Re: Robotic Digestion Technologies such as Ecobot II could be used to power, power plants, cruise ships, sewage plants, any and all organic waste, every restaurant could make their own energy even sell back to the grid, agricultural waste (eg. cellulose, rotten fruits from farms -orchards- as well as grocery stores.

Robots can be used for any and all processing and manufacturing industries:

Including, Aquaculture, Sewage/Composting, Candy making, any and all foods, cars (any and all vehicles), any and all toys (testing the WIP substances conditions, PH, DH, temperature, heavy metals, toxins, percent mix of composition/concentrations safety - further additives/treatments to meet standard requirements any and all materials -mixing, any and all wood products, any and all plastics, any and all textiies, any and all food/beverages, any and all grates/grills, any and all customized resin, pvc, nano standard quaiity (control) particles/fibers/buckey balls, carbon fiber lattice, clay, porcelain, paper, composite material (GP 0.02%). Abiiity for the Artif+ciai Intelligence to eyeball size/shape (zooming ability) to comply to correct standard or where possible sorting machines.

Robots wiil be designed to do the most down the vertical stream: starting with automating mining (eg. truck, and laser for digging equipment as well as We are also using Millimeter-Wave And or Backscatter (Radio/Microwave/radar/sonar/ X-ray/MRI/FMRI/DTI/CAT/Stereoscopic x-ray screening/Coherent scattering/
ultrasound, positron emission tomography (PET), nuclear magnetic resonance (NMR) imaging, nuclear quadrupole resonance (NQR) scanning, and neutron emission analysis/ for the microscopic world we could use backscattered electron (BSE) imaging in a scanning electron microscope (SEM)/acoustic backscatter/a cheap light scatter system that infers dimensional images/laser scattering system/ New technology in echocardiography li/Mulfl-Beam Back Scatter - Echosounders/Dual Beam Slice and View/ electron microscope, such as orientation/channelling contrast imaging and electron backscatter diffraction (EBSD), two sets of points in the plane are orthographic projections of the same three-dimensional point set exactly when there common projection, a form epipolar constraint used in stereopsis and for agriculture, eg. create a robot that recognizes the boundaries of the plot of land wanted to harvest. As will as raw inputs there are (often) unique processing conditions to mould specific raw materials to harden, kiln and cooler (even in a industrial lowering cooler (perhaps even freezing) in sequence (need step by step) to produce desired produce (features), condition required (heat, cold, stir) eg. to produce high performance and/or durable products - and the importance of features. Work in process - where work done in the process is done by our robots. The WIP products tasks include shaping, securing parts/pieces together, attach/adhere screw, solder, sew, weld, sift, adhesive -the assembly line/conveyor belt eg. making bottles includes sifting, adhesive, and then filling with food and/or beverage the inputs and sequence and process depend on materials and conditions of use (eg. the chisel versus clothing). In order for the robots to do the same work as human it has to be able to reach the same parts (whether by the exposing the product eg. rotating sideways the WIP product...) so the robot can access which can also be done by making the robot arm/hand/gripper thin and have range of motion based on joints (eg. base and each and every pivot joint to reach around obstructions and the proper gripper where delicate/fragile versus strength needed eg. heavy load and/or tight (bolt screw GPI %), other tools on the robot arm include grippers/wrench/tweezers, sanding...

We could also use Neural Links over the radio and even create receivers/transmitters that have amplifier adjustment controls so people can communicate directly mind to mind, or provide a mental activation translation as a complement to television stations.

We plan to use computer printer in the least of design to convert Virtual Reality, multidimensional objects, CAD/CAM and any of the below including pins -(shape) measurer to input into an adaptable medium for holographic output, where the medium enables visual content of the 3-dimensional holographic image to change. Additionally scanned pictures and images could be printed on stickers and t-shirts and any and all large surfaces, eg. retaii store signs, bill boards. We could produce different versions of holographic medium (like a computer printer with different sized papers), whereby the computer/Artificial Intelligence recognizes each different version of the medium and adapts the output such a stickers, cylindrical, glossy picture, projector/television/film, computer monitor, 3-dimensional, multidimensional internet, bill board/any and all large surfaces (depending on how close human traffic comes to the image). We could also have a computer program (possibly generic version in the Operating System) that has (eg. drivers) to make it compatible with the (eg. like the different types of printers) different types of holographic mediums. The computer then adapts the picture/image to the medium, any and all HOLOGRAPHIC
mediums including stickers, paper sized magazine, photo, television (Utube) version, projector one any and every large flat surface, computer screen, 3-dimensional virtual reality, cylinder, and/or bill board screen, 3 - dimensional posters...

Another application for (group interactive) holographic is for example the Star Wars experience, the meditation room for the Jedi Knights, with the large window background overlooking hundreds of floors up of a city building with light (huge signs) and cars going in different heights and different directions.

We can make themed holographic, to print on t-shirts, magazines, stickers, plug and play holographic containers. As well projector on large screen wherever there is big slow human traffic and/or at public events.

Printers that print gift cards for any and all celebrationsfinvitations cards/any and all occasions ... with a version that prints out holographic images. With the front page whith picture and inside greetings...(message).

(Jz 0.4%) (Jason Wong 0.4%) (GP 0.4%) (Lil 0.4%) (Anne V 0.4%) We could also make printers that print oversized and customized paper sized flyers.

We could have robots running around with laptops cradled on their hands either to rent out to Users attending conferences and/or for conference companies to provide patrons to view their product via the laptop that the robot cradles, even robots that have an Artificial Intelligence/remote control/Neural Links going from table to table taking orders, the robot could interact with the patrons.

Conferences (sg. COMDEX) could also use holographic cylinders and or muftidimensional, a room can be saved for several computers and we could rent out laptops (or other mobile units) for qualified buyers to browse (explore) into the multidimensional website(s) of a company the person has just met (eg. the website on the person of interest's business cards) - or the laptops (or other mobile units) can be used for research or use and Artificial Intelligence/remote control/Neural Links and/or search engine used to recall a item you forgot that you know would be useful (perhaps in this sales endeavour)... We could use projector screens/power point screens/and a (wireless site specific?) website - so people with mobile intemet browsers and even anyone (perhaps qualified) throughout the world with browsing ability can follow the presentation as well a web camera can film the presentation (all which can possibly be holographic) that explains what the (eg. Sales, HR, Buyer, Seller) the company then fields questions from any and all including the conference, those on the website...The process can be even more interesting by using Neural Links, glove and Virtual Reality, laptops and/or any other mobile web browser and interested folks can check out prototypes (hardware) of the latest gadgets (noting new/better features) and people can try several mobile devices and their different software and test them out with available guidance.
We could use Neural Links and Artificial Intelligence and glove, touch shift -control remote control (like the present mobile touch shift mobile electronic devices), virtual reality, multiple computer screens and back pack computer and/or battery charger cradle...
Holographic, compatible with electronic audio/video (home theatre) also VOIP controlled.
For large screen television mobility we could use foldable screens with a carbon fiber lattice skeleton that clips into place and tightly so the screen is flat and has no edges, the unciips when finished and folds away neatly (possibly tucked into a back pack and/or business brief case...The foldable screen can also be used to access the intemet especially multidimensional websites (perhaps even touch shift screen sensitivity), where objects are organized by compartments, and can be organized by (most popular generically versus most frequently used by owner, versus modified, versus date created, versus type, versus Gerard Voon's Patented 6 Languages used to identify words). Organizing intuitively (multidimensional website), by buildings homes (neighbourhoods), office - portals (locals, employees versus visitors) - click on by name of person of interest, by purpose (eg. usage of the companies' product), by special memorable or wanted multidimensional objects that the company possesses and/or produces, by floor, by layout of the entrances of the floor and the title on the door, and/or travel meet other plugged in humans... and organized by how frequently visited ranked and updated all time versus the week versus the month - eg. vacation pictures (back drops that the User can superimpose a partner on ) on multidimensional websites created by hotel sites citing every cities' tourist attraction.

We could create rooms with multiple screens virtual reality/holographic/multidimensional websites/gloves/ear gear/Neural Links/Artificial Intelligence/computer algorithm controlled world (eg. Dungeons and Dragons)/Movie (video - world experien6al multidimensional games), each wall or can be a single each or micro portals (like Star Gate) to the scale of each wall... We could create cafes and Karaoke Box for entertainment and business as well as the next step in home theatres/video games/computers ... a large scale can be used for night clubs, eg. take a night club in Los Angeles, in the front wall is the dancers in a night club in New York City, to the right wall are dancers in a night club in Paris, the back wall are dancers in a night club in Milan and to the left wall are dancers in a night club in Rio/Fort Lauderdale/Cayennes/New OrleansNancouver/Hong Kong Shanghai/Singapore/Taipei/Tokyo...The dancers can use laser and/or glove and/or Neural Links to hook up your personal communications and hook up a private conversation even make a text message to someone you see on one of the walls.

Images could also be read by Neural Links and then scanned/printed and made multidimensional and into a real 3-dimensional objects.

We are also using Millimeter-Wave And or Backscatter (Radio/Microwave/radar/sonar/ X-ray/MRI/FMRI/DTI/CAT/Stereoscopic x-ray screening/Coherent scattering/
uftrasound, positron emission tomography (PET), nuclear magnetic resonance (NMR) imaging, nuclear quadrupole resonance (NQR) scanning, and neutron emission analysis/ for the microscopic world we could use backscattered electron (BSE) imaging in a scanning electron microscope (SEM)/acoustic backscatter/a cheap light scatter system that infers dimensional images/laser scattering system/ New technology in echocardiography II/Multi-Beam Back Scatter - Echosounders/Dual Beam Slice and View/ electron microscope, such as orientation/channelling contrast imaging and electron backscatter diffraction (EBSD), two sets of points in the plane are orthographic projections of the same three-dimensional point set exactly when there common projection, a form epipolar constraint used in stereopsis, we could also use different sized squares and/or hexagons where a vortex whether within that single (or a gathering of) square(s)/hexagon(s) forms a curved vortex (and/or sharp angles) that protrudes into the 3 dimension and can be skewed in any direction caused by relative rates of change between the (x,y,z -axis) (the rate of change whereby the contours/vortex are more gradual and the sharp angles cross each other at sharp corners -sharp angles are easily calculated while the contours/vortex includes direction and the turning of corners that given 2- dimensional planes, the contours/vortex (can involve protrusions and indentations on both sides of the plane) can change direction - and rate of increasing in above direction or decreasing rate that same (the z - points/lines) not as straight relative to the (corresponding x,y - points/lines) direction, the program could allow the User to tweak the degrees of change along segments of the lines/curves/contours/vortex by selecting segments of lines (and adjusting rate of change from what sub segments to sub segments -possibly with a knob on the computer screen and/or mouse and/or other form of gauge control and/or (able to convert computer tablet pictures into 3 dimensional and/or 4 sided objects for our multidimensional intemet websites) we could also have the computer zoom/enlarge the line segment and a the computer travels down line at the User's selected rate of tracing and the User adjusts the dial to make the rate of change steeper or less steep and/or starting with the most common contour/vortex of all is the bell curve where (with the further option to create reflective/symmetry by pressing a button) we could for contour/vortex, add lines from side to side such that as we approach the tip peak/apex (towards the centre away from the bottom of the contour/vortex) of the contour/vortex the squeezing bands from side to side get narrower and narrower and vice versa - in order to skew towards front therefore back needs to stretch greater distance by being flatter at some area along the back and/or vice versa also right to left (and vice versa) contours/vortex and the shapes of their curves commonly found, (also the zoom enlarged tools for extra details... ) Imaging Technologies to convert real objects in Mul6-Dimensional, converting to computer to mulfi-dimensional any and all virtual reality entities and cut and paste (colour by contrasting boundaries between depth levels (space in front whose colour would block the object behind from being seen) (correct proportional body (entities') parts) to make the entities interact and/or animate (possibly using Neural Links to create how the body of an entity moves when facing different directions and movement of arms and torso eg. to pick something up, to hug another entity and/or fighting and all interactions and movements... basically body parts/segments joint to joint pivot for coordination - the degrees (direction) that the joint can bend to extend (towards extreme joint pivotability) most focus being pivot amounts that parts of the person's natural movement versus lesser other times when trying to balance because faced with a dragging force or an opposing force or object in the way...

In addition to the 360 degree x-ray we have designed (a software/Artificial Intelligence and/or computer algorithm) a conversion (direct without need for human intervention -and/or rentable time on our software where people can design and use our software/Al/CA through the internet and/or even store their designs via our website's memory) from muhidimensional objects on the computer screen via contours/and angles, for most objects (of the same category or even macro categories), their shape are symmetrical horizontally and segmented (by sequence with each sequential segment usually performing the same function), one way is to convert the picture/animations to contours/angles whose size is relative to the natural scale versus the need for detail. If the contours needs further refinement/detail we could divide the contour squares into triangles and/or hexagons - whereby protrusions and/or indenta6ons' depth rise up and down along (measurement point) the same y-axis place (by place) as we travel up and down (measurement points range) the x-axis and protrusions and/or indentations (usually in the same place) rise up and down along (measure point) the same x-axis place (by place) as we travel down (measurement points range) the y-axis for contours running up and/or down the y-axis of the protrusion and/or indentations whereby the rise and fall rates of depths may vary per rate of change in the a-axis and y-axis and/or instead of contours in the case of sharp corner and/or sharp edge (eg, any of the same depth, and/or the x-axis all together or combination thereof). We could also use 360 degree x-ray to create intemal (innards) of the same shape and fit to the same dimensions inside the object. The protrusions/indentations usually will peak and/or crest, thus the rising and falling on either of the opposite sides of the same x-axis or y-axis measurement point. Looking at the object from a side picture, the protrusions and/or indentations; non-flat surfaces or non-regular change of depth to height/width (where one axis is steady while the other takes in to account the other axis' change in protrusion and indentations - strategically either one line x-axis and a second y-axis travelling through the middle of the peak of the protrusionfindentations' to give the designer a glimpse at the picture coming into focus and/or then 2 to 4 lines that surround the general boundaries of indentations/protrusions) axises as upper part of the paragraph explains for measuring protrusions and indentations measured from all four side of an object and then can also be used by the software/Artificial Intelligence/Computer Algorithm/pins measurer to extrapolate the 360 degree proportions of the object or use the 360 degree x-ray device to make a complete 360 degree which can be further worked on in design by redesigning making changes to the multidimensional picture on the software/Artificial Intelligence/Computer Algorithm/pins measurer.
Other viewing and sculpting mediums that can be used to make changes to the model/prototype include virtual reality; holographic; multidimensional internet; pins measurer; taking 2 dimensional pictures of aftered (eg. clay) models/prototypes possibly from the best angles to make out the changes in design with zooming and dividing the contour/angle squares into micro squares -stretched into or shrunk into rectangles (depending on whether you are looking at the height or width), and/or triangles and/or hexagons and then overlaying (using contrasting colour scheme) the new 2 dimensional pictures onto the multidimensional mapped out most recent versions. As well, using x-ray 360 degrees we could recreate a duplicate model of the inner parts insides the outer skin of the object whereby the inner parts can be secured down like circuit boards screwed onto the computer hardware shell/case or the inner part maybe snugly fit (eg. liver of heart and/or kidney... in the surrounding cavity of flesh), and/or loose like a container holding cookies (that can be shaken because they are not secured, even possibly where there can be connection and attachment points to the other inner pieces (eg.
the skeleton within) and exterior/shell/case/container - contrasting by colour to each part of interest or zooming in on a specific part of interest and even track in real time the goings on with the different parts (cell segments and their activity) of a specified body parts.

Another way is to start with a flat x - width, y - length plane (level for all) eg. like the upper/lower and sides boundaries of a face but without the nose, lips, eyes protrusions (x, y, z occupying the same coordinate) and indentations... We cut out the flat core (usually bulk of a multidimensional object). Assuming that the depth of the lowest indentation(s) (given that indentations aren't to deep compared x - width, y - length of the and general bulk of the object), we can correlate the x - width, y- length plane coordinates to the flat surface depth of for example a face. Then it's a matter of measuring the size (contours) the rate of climb to peak (eg. change in x (and/or change in y) coordinates within the x - axis, y -axis planes relative to change in depth; z - axis (is the rate of change that is the same throughout the change range of (x and/or y axis) distance towards maximum peak (z - axis) and what coordinate (analogue smooth versus digital spikey), correlate between the x -axis and y-axis plane (constant occupations of space together in 3 dimensions) ... falls away from the maximum along the x - axis, y - axis changing distance where the each coordinate along the distance together with known (information, eg. multidimensional coordinates of possible suspects that have are the exact same entity can be superimposed and derive/extrapolate the rest of picture with the rest of the superimposing of the pictures of pretty much the same entity (where the picture in question and/or pictures are just fragments) can further verify the match.

People could submit their drawings and/or pictures to us and we could create multidimensional replicates, virtual reality, holographic, animation (real holograph versus multidimensional version of holographic objects) to be used as realistic objects that can be experienced.

Re: HoloMatrix Multidimensional Websites can have HoloMatrix, whereby a room (compartment) on the website can run self made worlds' based on themes (stories/novels/movies/Broadway Theatre/documenta(es - fantasy/Sci fifiistorical to meet our favourite characters Einstein, Mark Twain, Socrates...- the fantastic and/or Favourite Hang Out - eg.
Billiards Hall in Paris, City Square sipping coffee, working on a vintage car as well as competitive multidimensionat, Neural Links, virtual reality video games) backdrop environment (that have generic templates downloadable from our company; and/or customized which is probably more expensive and/or takes longer) and interact (or not) with various players of other people in the room (compartment). We could do this for every (GV GP) room (compartment) on the owners' multidimensional websites', whereby all the past Back Drops can be saved in our company websites' memory for rent. And only the most popular of regularly used are saved on each of the muftidimensional websites' owners...We could add more developers to develop multidimensional website owners' orders for purchase themes/back drop environment, depending on how fast they want the work done (we could assign more developers to work on different parts of the same job at the same time), and important entities and interactions (quantities; qualities) as each piece are completed are presented to the multidimensional website owners so the completed items can be approved (rejection of a characterstic/feature of the an entity and/or interaction and thus requiring more work) versus getting approval later which may take more time as other simultaneous tasks are already finished (no longer able to work multiple tasks simultaneously - saving time to completion)...

Using this design patent, we will develop multidimensional objects of any kind from starch printers; and making sand cast molds to form hot metal (pouring) parts -(versus large pieces such as panels of the model that can be secured as large pieces of a model) such that in addition to layer by layer the printer could print panels that would save time from printing layer by layer the resin/pvc/nano materials/plastic - but rather large walls were there is no variation in shape we could print/extrude the wall and/or panel sideways) also organic living cell printing, prototypes, molds from and/or for metal, plastic (pig urea/liver any and all uses -perhaps use it the panels of the interior of a house/high rise/recreational vehicles and/or boats with insulation to keep warmth and/or cool in the home and then aluminium outside) clay, (dies of any and all types)...

Computers and Artificial Intelligence and Neural Links can also be used for designing the material for print outs below.

We are also creating a printer for gift cards of any and all celebrations and/or any and all invitations/condolences any and all occasions cards. The printer can be made to handle even crimp the cardboard (and/or cellophane), with front page pictures/photos/scanned image/holographic and greetings (writings) on the inside pages. (Jz 0.5%) (J
Wong 0.5%) (GP 1%) (Lil 0.5%) (Anne V 0.5%) (An 0.5%)...

We could also make printers - specifically able to print out in different sizes inciuding specially long and wide papers that can be folded and packed inside newspapers (with colours and any and all of the pictures/photos/scanned image/holographic and soft ware that allows ads to cut and paste and adjust size and have labels and high lighting titles eg. SALE
PRICE OF WATERMELONS - overiapping the picture of celery...

Re: Printer for Silk Screening:

The shirt is placed on the board; a computer scanner scans the shirt. The scan can be seen on the computer to have the Artificial Intelligence check for misorientation/misalignment and creases. The shirt is compared/superimposed against the scanners' screens' alignment as the orientation of the silk screen image will be orientated to the alignment of the scanner straight vertical orientation and the perpendicular horizontal orientation. We could also use my computer document (for verbal words such as slogans) and as well pictures images and as well freeze frame of television to silk screen on to the shirt and any and all picture images from the intemet including multidimensional, virtual reality so the a character can have pictures made with him and his friends posing against any and all background from anywhere in the world to fantasy from historical significant backdrops to future possibilities.
The printer can also be used for temporary tattoos and iron-ons.

Re: Integrated Conferences We could also create a universal software program for project collaboration in organization and/or conferences (and/or websites) where members can use computer/teievision and console/Artificial IntelligenceNOIP/Neural Links/Neural Links/text messagingNirtual Reality/back pack computer... any and all communications devices. Allowing members to participate from anywhere in the world, world wide with people attending the conference The venue can change (eg. a coliseum that grows higher as more participants join in)...and or a theatre, conference room... Like the Star Wars coliseum each of the wall seatings/boxes/cubicies house a different representative senator and their aids. The reserved places can be checked security via (Artific9al Intelligence/bar codesffinger prints/retinal scans/DNA/password, for authorized base/cradle (resting) of the magnetic levitation seatings/boxes/cubicles, and when the senator is permitted to speak the seating/box/cubicle floats to centre stage to speak. Centre stage can also play power point and previously prepared videos (with possible notes - MS Office; Adobe;
website reference) to an expert's or diplomatic studies.

One MODEL for a conference for every Densely Populated City whereby We could have a City/Regional Festival Particularly (To Bring Bargain Hunters Together) Organized by Artificial Intelligence (eg. email notification with updates and of items of popularity and interest to the email owner, as well items going up for auction) automated.

We could have an Amphitheatre on a Ski/Snowboard Mountain whereby the Dome is made of Acrylic so that concert watcher watch the snow come down during concerts and/or plays...An optional roof that closes can be used for when there too much sun light for stage shows and/or movies...Any and all shows including fashion, Spring Break fun and games, Body Building, Power Lifting, Circe de Soileil, Miss Universe. For ski/snowboard mountains we might need to build deep and large underground cheap housing for employees, as well as cheap parkade for visitors to the mountain... Furthermore at such Ski/Snowboard we could hold festivals skUsnowboard swap events (also ski/snowboard swap store/retail outlet) writing - novels/scriptsrournalistic festivals, wood stock, extreme mountain biking contests, mountain trekking and mountain climbing contests (races), Iron Man...any and all especially the unique not over done (by other mountains) outdoor sports. Live Radio/Television Broadcast. During peak busy times we could have a Sotheby's style Antique, Art, electronics, durable assets (eg. office fumiture), with tie in to multidimensional, Neural Links, intemet, Artificial Intelligence guide with the informations on every product including the make/model identffication of time of the piece/place where it was made, what makes it unique, how rare (what it has or doesn't have that makes it rare) and television hooked up in real time to major financial capitals of the world. We could also have Artificial Intelligence regulated and Neural Links whereby the person uses a digital scope, aims their digital scope at a portion of the sky, the area of the sky is shown as a digital recreation of the stars that should appear where the person is pointing. The digital scope then automatically aligns the real large telescope to aim and focus at the view of the sky in the digital scope's screen.
Some common vacation foods include, outdoors - smoked salmon (lox), suckling pig roasted on an open pit, lobster - shell fish, and or BBQ (perhaps brick and/or a fire with grill) of hamburgers, hot dogs, steaks, pan cakes (crepes), BBQ chicken... Stocking rare fruits including mini kiwi, mangosteen, durian, coconuts, we could sell local jams (eg. blackberry) at the hoteUresort shops. We could have a clubs with interest themes of University British Columbia 100's of clubs, we could have a special store front (not just in mountain resorts, but any and all cities worldwide) that is a club shopping centre with guides (Possibly multidimensional internet websites) developed and maintained with the help of Artificial Intelligence, and the ability for people to meet other people over the intemets by Neural Links to get to know what kind of person on the other end... ciubs of interest include dance Gubs/dating clubs/reading clubs/beer gardens clubsfjob clubs/environmental-social causes club/cooking club/religious clubs... Fiscal all clubs coming together in conference - kiosks allow for many people from many minds sets to make friends and increase social network...We could create a catalogue that provides a summary each and every club, their 1. theme, 2. what the club does (activities they arrange; what they teach) 3.
their executives (background - experience - summarized resume) their 4. email address (organizational address and phone/fax site on Face Book/My Space), 5. number of members, 6.
those willing to offer their email address, 7. summary of divisions of strata - each strata profiled of groups members that make up club. We can create an intemets (including multidimensional intemet) advertising agency that determines based on the 7 pieces of information above, with our own company promotions to assess loyal advertising client companies' that will succeed in their business, that plan to (committed) to and can continue take ads on our multidimensional website (for their first few ads we can give away prizes to people who hft their advertisements and then later we can give smaller prizes). As well as skidoos, dog sledding, and horse back riding, we could have Clydesdale Horse Drawn Carriage (on sleds or on wheels)... to visit vineyards, pumpkin, melon... patches - Al Paqua, Artic/Antarctic animal safari farms.

Re: Half Meal Neural Links Appetites, Automated Ordering And Payment...

We could also have half meal menus...whereby large eaters order multiple half (possibly more expensive because the extra preparation) than full dishes (including deserts) - and the small eaters can order just one half dish - as well as full dishes can be available, the restaurant uses Neural Links feedback or has an Artificial Intelligence to run by experiences' of eating dishes that interest the customer (eg. sorted by theme manly versus vegan versus pasta - steak, roast chicken, and/or salad) to help the customer make an appetite choice, using remote control/neural links we could also have a mobile device with an ordering screen that the customer fills out their order, choosing from a menu list have a credit card and/or signature and/or debit card and/or pin.

We could have wild meats from around the world - restaurants including meats include fly fox, ostrich, emus, kangaroo tails - from Australia, New Zealand, Kalimantan, Irian Jaya, Papua Guinea, Amazon, Chile, Maya...The restaurant would have pictures of these animals, their background what people who have eaten these meats describe the taste, nutrition. We could even have a robotic zoo rare and or extinct relatives (eg. Mammoth to elephants;

Sabre Tooth Tiger to Tiger/Lion) for comparison, even Dinosaurs we could include a safari ride to drive through real living crocodile/alligator, and antelopes and zebras, hippos, with water creatures mostly corralled in acrylic glass... We could create a zoo of hybrid protoplast fused creatures and plants...

We could run shuttle bus service in a many hotel and well populated area of town (where Artificial Intelligence - acts as tour guide and fields questions) and Neural Links posting on a Utube type multidimensional website (for any and all experiences of local tourist attractions, things big and unique that no or few other cities also have), to share experience of eg. in Vancouver visiting and self picking blue berries/cranberries/strawberries/corn/pumpkins...
Outdoor Restaurants such as Golf Courses Club house outdoor decks/driving range - can have outdoor stoves fed by wood (regulated by artificial Intelligence/
automated remote control) sends heat in pipes and release the heat spread throughout the outdoor deck like outdoor heaters, with thermostat (GP GV) in different locations, that can shut a release holes at different points to lower the heat places that have reached adequate temperature...

All the items are listed on our internet website... Users able to experience the product in mul6dimensional website and/or virtual reality and/or Neural Links.
Large buying Power discount.
Types of Item... (Consumer) Antiques Experts - possibly Artificial Intelligence that know what to look out for to date the item and place versus signs that the art/signature don't belong to that date, place, era therefore either a limited edition (eg. rare wrongly minted coins) ar a forgery. Sports Equipment, winter/summer, uniqueness versus popular, any and all sectoral industries, home fumishings, computers, appliances, clothing, electronics, large/heavy goods that e-bay can't handle, or so small that the items are not worth mailing and/or where enough local interest so that there is no need for e-bay.

The Festival/conferences can have Virtual Reality rooms where people can view dimensional (multidimensional - one model is like a juke-box) utube of clips from movies to films of festivals/conferences (key note speakers), Any and all venues...
Farmers Market, Music, Art and Crafts, Technology Companies can rent out kiosks to display latest producst their cost to benefits, features, flyers to give away pictures of their products, tech support workers with parts that (available pre order by people that have gone on our website asking searching for tech support for their hardware/software) the person bring into our festival for their hardware/software to be repaired. We could sell surplus material from eg. Costco, airport lost goods... and even have our conference at muttiple sites, even have a car exhibit the latest cars (hybrid) what people want most by our multidimensional intemet poll, we could even allow test out or at least see a more realistic version over multidimensional websites/Neural Links any and all items including all of the above items.

We could even use multidimensional website, Neural Links, virtual reality (possibly at every mail and cafes) to sell any and all goods and services, from e-bay to Amazon, whereby people can sort by type of goods and fit, and price and/or popularity any and all products.
We could also create microchips (and/or virtual reality - as well as intemet -Neural Links), for retail occupied streets and shopping malls. Each store has microchip so they can be satellite and once a target establishment has been found (zoomed) the microchip will contain information about the retail store from face view, logo to sale items pricing, seasonal uses, (infrared options; superimposed on the land registry boundaries)...each segment of neighbourhood blocks has its own microchips that show the layout of all the stores (blueprint of the mega landscape), where the retail establishment is located on the street (distance and direction of a visitors' location to location of retail establishment of interest). Pictures of frontage (signs), website address, even a search enRine by neighbourhood blocks (compartments), eg. Rodeo Drive, Orchard Street, 5 Avenue...and we could also tie this in to Second Life and Multidimensional Intemet. Neural Links and/or Multidimensional Internet can used in conjunction satellite for real time busyness of restaurants, bookings available and using Neural Links to test out previously recorded food taste (and/or real time) as well as trying out dothing by body parts (Type) (GP1%) (by product or signage or advertisement or by popularity. We could also use this invention (eg. Neural Linksnrrtual Reality/Artiricial Intelligence) for Business - having a personal area and company area where people's job position (and job responsibilities) and/or income and sector are posted (possibly with a selective firewall)/Social (including tourists) searching companies locations (such as clusters of technological companies congregated within a park), or by cities (eg.
Silicon Valley and/or Bangalore). Hotspots that can be explored with a the revolutionary realistic even in fantasy environment. We plan to create most probably voice operated and/or with Gerard Voon's patented word recognition and memory model Artificial Intelligence/computer algorithms and possibly guarded Neural Links (that can be via multidimensional website browsing by area of town versus willingness to drive further away for specific type of foods (eg.
require only the premium and most authentic refined tastes and/or mobile browsing and as mentioned at the beginning of this paragrph VOIP for a driver... ) for a new person and/or people in town or in a new area of town to list (even before making the trip get a view either by satellite and/or with video cameras feed of local restaurants and entertainments joints and or fashion retail and/or hangouts and/or clubs/discos of any and all types. We could give away and/or sell RFID/RFIP and/or micro chips that link the establishment (eg. the satellite and if desired the layout floor by floor and/or land footprint) under muitidimensional websites we could offer the front pictures of each establishments (lay out, blue print of landscape and/or frontage signs in multidimensions) side by side to nearby establishments even views of the entire block. The website pictures would be a multidimensional creation of the front with sign of the establishments. We could sort the foods/beverages by era (eg. contemporary fusion), ethnic background and rank the top dishes by diet desired eg, heafth - low calorie, carbo loading, Atkins Diet, Vegan...We could create a search engine by blocks (compartments), physically walking tour via multidimensions virtual reality of the neighbourhood block.
Restaurants, hotels/resorts/sports tickets could be bought and sold and availability and quality of seating checked depending on the establishment... Neural Links face book and my space and/or blogs could have previously recorded and real time Users to meet mind any and all day long... Also for restaurants Neural Links could be used on connoisseurs to record their appetites, that can be adopted, pace and lead by the Neural Links Users. Also Neural Links can be used to try out clothing based on matching body parts of the intended owner. We could create Multidimensional Websites of Locations on a city map of Technology Parks -and the layout and placement of the Companies on the Park (especially where input, and va(able specifications for related types of outputs eg. clusters can buy/sell and trade), each company and their products can be have the voluntary option of being ranked and critiqued by experts as well as a sectorial multidimensional website(s). Any of the technologies (especially multidimensional website relationships from Public Relations, Human Resources, New Products, New Markets, Press... including cluster high technology/industrial company hotspots can be enabled for to experience via Neural Links.

Re: Men's Business Clothing We could make men's suits and gentlemen's businessmen's clothing (from suits/jackets/dress shirts/golf shirts/ties/jackets/trench coats/over coat/hats (eg.

Stetsons/Fishing Hats) by class eg. JetSet (custom made by our best tailors with the best materials to the best fit), First Class, Regular and Economical (generic with slight alteration to fit). For men's clothing we could focus on classical/traditional styles also economical suits could be taken and/or bought second hand). We could locate stores near clusters of hotels and conference centres... dimensions of the clients body might be taken from a 360 degree x-ray and suit off our rack draped on the client's multidimensional body on the multidimensional website and delivered to the client's hotel suite. We could also locate near golf courses.

Re: Fashions Magazine We take the hottest designers (in categories: for women, men, young adults and youth, casual (summer - unpretentious) versus semi formal) for the period to do photo shoots in interesting venues. Have our website poll the audience on interests (anonymous - unless they want to qualify for prizes) and issues they want to learn more about qualify on what specific features of topic (questioned) they/the audience wants to hear about.
Interview key players related to the topic on their thoughts/feelings - initially and settles/established or are their feelings towards aspects of the topic of interest still in a volatile or frequent regular flux/hopes/what they would like to see. Have versions based on culture, but have a central global view. Landmark representations of systems of topics include:

1. Politics - break up of voters and their values, their morals, the dreams and expectations of the people from the campaign promises that sold the people's votes, how good a job is the government doing based on what performance criteria, how some leaders have skewed towards ruling by an iron fist (Communism and Generals and Ambitious - even maniacal Leaders often fall into this form of governing) ... Our Report Card on the goveming style and their accomplishments, why they do what they do and their operating environments (eg. many ethnic groups smouldering for independence).
2. Economics - Companies, industries, sectors, management interviews.
3. Entertainment - Arts, Music...
4. Technologies - Proven and Potential significant break thrus.
5. Environment - What are the consequences from past and present and expected future abuses of our planet and what solutions are feasible, chances of working, possibly making things worse in like com ethanol made food industry prices inflate, or putting iron in our oceans may poison the oceans.
6. Bio Science - Pharmaceuticals and stem cells, to improvements in microbes and farming.

We could critique Hotel/Resort by:

Loves - advantages, food, cleanness, friendly employees and locals, atmosphere/ambience, neat attractions.

Complaints - about accommodations (eg. interior design too simple, not as good a local architecture can produce take the wood hotels in Bali as an example of Sandals Resorts), problems with service and locals (safety), how it could be better.

We could have our own resort editor (possibly sorted and ranked by Artificial Intelligence).
And have a shoot for the best summer (tropical) Hotel/Resort Beach and shoot location swimsuit annually. And then have shoot for the best (most popular clothing lines by age and gender) Autumn/Winter/Spring HoteUResort Tourist Attractions locations to shoot annually...
Organizing cities for tourism...

1. based on the tourist's budget...
2. whether the tourist's agenda is on adventure, visiting historical (era) landmarks versus outdoors unique environments...
3. looking for a short visit trying to see as much as can be seen without much travelling.
4. where the tourist wants to see the hard to get to places, eg. virgin jungles, mountains...

Attractions include food - types, contemporary, fusion, genuine authentic, traditional./social life - meeting locals or other travellers/entertainment - where the expatriates go...
Landmarks, heritage, touted as great wonder - especially unique where such wonders can't be found anywhere else, strikes awe and impressiveness. Man made age buik;
historical versus modem - the reason behind its creation why theme relates to the builder's values and reasons for building it versus natural - unique terrain, beaches/mountains/cl'iffs/Lakes/Rivers/CavemsNalleys...
Some people like long travel to get to hard to get to that to them makes the experience more valuable (exotic).

We could solicit expatriates to get together in screened peoples on both sides to show the tourists around.

Landmarks are usually big, great, the best or the most expensive in size as well as materials and their usage for architecture of their time era given their lack of technological abilities, we wonder how did the people of the day move the big rocks, carve them and erect them in Stone Hedge, Easter Island, the Pyramids, and/or even the work that went into some of the cathedrals of the Renaissance...

Multidimensional website owners that want or can afford to present Business/SociaUand or family oriented Neural Links based on qualities firstly, a security (criminal past, type of crime, credit worthy), secondly, corporate title and the responsibilities (sector -eg. instead of buying stocks in a sector in the economy the User could date someone upwardly mobile who works in that sector), thirdly, income range, fourthly net worth, and fifthly, looks, trust, demanding, ability to get along with, able to speak the same love languages (GP 0.001 %), using/abusing wanting to be used/abused (or does any health person really want to be used/abused), generosity and ability to give, ability to give in money, ideas, experience, expertise, supportive, therapeutic, enjoy the same therapies, fun loving - one can tum situation fun the other impulsively driven to guiltless fun, one controlling, manipulative to a level the other needs the discipline, one wants to be pampered, the other knows and at the least doesn't mind pampering, also who you want to be therefore want to leam from the other person, to rub on you, to leam how they can be how the other person is, and mentorship and pacing, mimicking, repertoires, how the other person overcame similar situations, their mind set, appetites, values likes/ dislikes and/or boundaries, who and what experiences influenced and how the experience can help one person and/or hinder another... We could also create Artificial Intelligence that has the above traits to interact with humans via Neural Links.(even with each other although in terms of making Artificial Intelligence worthwhile their work should probably come before emotional interplay between Artificial Intelligence to Artificial Intelligence).
Re: Advertisement Space (time) Auction We could create an accessible (eg. e-bay - auction; e-trade - personal/company intemet, enabling shrewd (like bid/ask stocks) buying and selling advertisement space) for intemet websites current and multidimensional, television channels, radio air, advertisement space (time) whereby the auction take the highest bid all the way up to the moment of airing. The trick is to educate the Bidders/Advertisers (with pre-recorded advertisements that want the most advertising exposure to the most desired watching/audience at their willingness price to pay sometimes depending on how shrewd - like a investor - they can get the advertisement at a low winning bid, other space (time) the bidding may be above their budget during popular and/or high bidders with deep pockets and eye set by other people/companies bidding, the intemet websites current and multidimensional, television channels, radio air get paid well) what is the value of the advertisement space (time) to the their purposes. We could have on going real time counters that shows number of watchers (for the most popular websites segmented by watcher profile and anticipated number of watchers per program).
The Advertisers could have tools such as number of watchers by time (micro)/date (macro) cycles - charted, history of the number of watchers following the program, cliff hangers, core of watchers that always watch the program (past patterns), counters for the top most hit pages per website. Number of watchers that watch your program, how many stay, how long, who actually how often they come back... We could also search engine for the number of watchers that check out the advertisements (even how many hits per give away of free prizes by which type of prize and willingness to enter when faced with different levels of entry forms - and their complexity), based on keywords/html popular answer/summary/rind -we determine the number of associated advertisements that these people with these search results actually check out. In the case of the television and radio, we could give away different prizes and/or entry codes for people to write down, and when they phone go to the retail store and inquire about the prize type and/or entry code for the contest for the prize, we could we would be able to match the prize type and/or entry code with the program (where the advertisement was aired) that they were watching...

We could create a Robot Hall of Fame starting with a red carpet and robots shaped like (Robotech) Mech, any and all robots (past depiction of fantasy, current depiction future fantasy, and currently existing) - including all robots in cinemas films. Also including animated such as Robotech cartoon...

In a practical sense all robots are calculated (computer algorithm/Artificial Intelligence), the best replacement for manual labour by the techniques for any and all conditions and/or challenges that arise (eg. constraints such as safety get in the way of a direct route and/or where there is no route compatible with the robots abilities/mode of transport) (various) techniques used that are optional but more importantly the most popular such as most efficient and other reasons (criteria) why the best performing human workers/experts (and most up to date human workers/experts) would choose one option over the others what drives their decisions.

The Technique/Method of identffication that Artificial Intelligence can be endowed with and people who know and answers exists by feeling a thread to the past when he memorably had the part (encountered) in his mind. By probabilities of uniqueness (by combinations of criterias), that as explored can lead to high enough probabilities to conclude a recognizable identity. If the identity were a stimulus then testing our reactions (that have grown/matured and/or deteriorated/eroded - changed over time, eg. like, neutral, dislike), to the stimulus'/objects' obvious characteristics, features (ranked) in the compartment context that other important stimulus/object also reside in. Physical compartments or stimulus in television, intemet, radio, books, narration and neural links used in and/or out of conjunction of the other media. Stimulus include entities, interactions, representative and memorable landmarks of complex/abstract ideas/concepts, relationships, Gererd Voons' patented Memory Model of attributes/clues/connectionsninkages... With books; articles the receiver first pick up key words (the most probable scenario of time and place and heros/flawed/antiheros) - plot (based on the receivers familiarity of themes that involve the word, familiarity for the receiver personally; versus familiarity as you relate to another; the receiver's take with or within a specffic group; mediaAntemet popular familiarity. We could use this method to help Alzheimer's patients by using the memories (landmarks) that they retain and connecting them creating/encoding memorable linkages (future clues) that make sense intuitively based on understanding relationships and therefore tying this landmark memorable memories to new information (identities). Books/articies/magazines are absorbed via description where the receiver creates and interprets the information material by imagination.

Neural Links/Artificial Intelligence and Addictions:

The goal is to wean the addict off their need for the intense fix, we could use any form of Neural Links (eg. helmet, micro chip implant), that provide a feeling of satisfaction (possibly mimicking the satisfied feeling at the peak point of the substance being abused) - pacified, filled love tank...

The method/techniques starts with very strong (high intensity) to fully overwhelm the need (impulse), compulsive, the exogenous stimulus is tumed on and off to has a feedback that can predict via sequence and lace pattems of spreading activation of the brain and/or Neural Links feelings to smooth out the patient's need for the fix bobs in and out of awareness. To switch the mind from developing its own fix creation to dependent on an extemal source (so the patient's internal fix creation mechanism does not get triggered at unwanted times) for fix, that is initially used to drown out the original fix substance abuse source...Small steps initially then longer and longer strides, the Artificial Intelligence will monitor the patient to limit any abusive usages of any substances (including the Neural Links therapy/treatment) during the most difficult stages (eg. cold turkey - and withdrawal).

WEANING OFF THE FIX by Pacing and Leading:

1. The higher levels of satisfaction take slower and slower to get to.
2. The satisfactions intensity become lower and lower (towards normal).
3. Shorter and shorter periods of satisfaction and weaker and weaker signal (eg. heat chip (flash) and/or Neural Links reward the mind when the mind lets go of fix, and/or plays back the Neural Links experience from the patient when his mind was healthiest (eg. no mind) to pace and lead himself and/or pace and lead another healthy persons' state of mind that doesn't need fix and their healthy response to stimulus (such as contemplation of fix).

Movies Hub A new fnternet Freeze Frame Printing Technology.

Whereby Hollywood movie clips (especially News Releases) are viewable and frames frozen by (number/tuning/chapters - then select the frame within that chapter - of some type) and then the frame can be printed (eg. on the computer printer) or store where computing abili6es and poster printing stores can be used to (even the Blue Ray Disc and DVD
stores) could offer to printing in posters of different sizes.

Also clips from favourite frames from movie clips (library - all the old ones) can be printed as above.

The invention could be pay for print (to pay copyright royalties).

The Movies Library can be searched by era (70', 80's, 90's), actors/actresses (and key links to offlcial sites and most popular fan sites), genre...

Our website We could award prizes to best movies produced every weekend...

And also award prizes where viewers accurately predict winners and possibly their rank and eamings...

Before the New Releases we could award winner submission who 1. predict correct twists in storyline and 2. how the story ends...The winners' predictions revealed after the movie has had its run.

As well we could sell mail order mint (packaged to protect) condition memorabilia ... as well perhaps tie in with a company such as Amazon to in their Blue Ray Disc and DVD
offerings.
If Hollywood would allow us we could even offer the entire movie (especially new releases) -we could allow the movie to be paid for once and watched on the Intemet say opening day (once and only once), but just in case the Intemet is not clear - our software could track what appears on the viewers computer screen, if it is truly unclear we could give them the option of watching again (all live stream so the movie material is no being uploaded to the viewer so it can't be pirated), or the option is to buy the movie and we offer the viewer a discount.

We could also have a section for amateur videos...Video recordings of Broadway type musicals/operas/plays and musical concerts and sports, especially finals viewable via our website (as well as pay per copy freeze frame printables).

Re: Multiple Versions of Movies Intemet (Multidimensional Internet website) Artificial Intelligence and computer algorithm(s) as the same thing ... Virtual Reality, Neural Links and manuaUremote controUautomated/joy stick/Wii/glove controls/computer controls, eg. key boards; cursor; and/or all electronic control manipulators automated where Release Movies especially new releases, -the 1.
website allows the people to choose the alternative endings based clips -possibly released on u-tube or 2. on which character's side of the story we want to see is the one that is first released with most highly voted ending and 3. then re-released by most popular optional endings...Or we could just release different versions of the movies (based on What iP?
Turning Points by importance to the genre that are played out in the movie).

We could have our own yeariy website where people (My Vote) could vote and our own Intemet Hall of Fame.

As well as memorabilia we could offer people the chance to meet with free flight to the actors domain and/or video conferencing and tablet autographs.

Movies offered on the movies' library can be sorted genre /then by actors/then by alphabet -alphabet via vertical and/or horizontal bars one macro bar from A - Z and then micro A - B, hereby the cursor clicks on the bar and scrolls the bar forwards and/or backwards, and in the larger part of the screen, the person can view the movie representative box cover and written summary one box cover at a time or the screen can be viewed by four box covers scrolling right or left and/or up or down, and then double click on to the box cover of interest to see the clip of the movie.

We could also create a celebrity, mythology, fashion design styles, traditional, contemporary, futuristic, genre, abstract (including robots (historically time line and/or scientific fiction creations of robots); celebrities - movies; television, sports; car; fashion;
popular trends), Scientists Hall of Fame (people who represent to many people an important contributor to mankind). We could sell memorabilia, signed mementos. The actors/athletes could robotized (like Movie special Effects), where the face robotically takes on expressions in response (with designed Artificial Intelligence that can interact with the visitors) - and backgrounds (eg. backdrop video as well Broadway Show backdrops) such as from or recreated from the movies that made them famous and/or games. The visitors can even pose for pictures with them. We could sell videos/Blue Rays/DVD's/footage of the modelling of the fashion/posters of actors/statues/sculptures/busts/pictures of the movies/sports game/race/books/magazines (reprints also paintings)/newspaper articles that made them most famous and most successful. We could also create virtual reality/multidimensional (holographic as well) website for people to experience the Hall of Fame on the intemet.
Good bets for Hall of Fame (recreations into roboticized characters) as wells as Multidimensional Internet World's are every popular movie and their lasting popularity...eg.
Robo Tech, Transformers, Lord of The Rings, Ironman, The Dark Knight, Pirates of the Caribbean, Harry Potter, Polo and Bull Fighting... also real time filming of zoo exhibits...
Robots could be lined up on each side of the red carpets in along what I call a Star-Cruiser (like the Hollywood Chinese Theatre and the side walk honouring the most successful awards. Underground could have a 24 hour domed and with 1. ceilings that represent the night sky above that Users rent a viewing device that when painted wil recognize the part of the sky you are looking at and even zoom and print out (possibly by a holographic image), Virtual Reality/multidimensional - shrunk down perhaps to see neighbouring heavenly/celestial bodies. The can be a large screen for a mix Drive Inn/Amphitheatre, where the ground floor is for cars and/or the more distant are VIP leather and other luxury car seats (eg. Porsche seating section; BMW seating section; Jaguar seating section; Ford Hybrid seating section; Toyota Prius seating session), and the further distant is cheaper cars' seats and the furthest away simple plastic seating section.

Re: Bridges Over Rivers We could 1. create a ramp between the parking lot to the high up (tall bridge -that has enough clearance for ships to pass under)... 2. create a ramp from the road/street to the parking lot to line up on the heightened parking lot... 3. build the parking lot so it elevates up and down (eg. elevated by pneumatic presses (as a unique experience for visitors)...
Re: Latest Innovation in TALL GRAVITY TO ELECTRICITY INVENTION

The top wheel that carries the weight of the entire chain and all its reservoirs, this top wheel can (possibly) be elevated by magnetic levitation eg. Permanent magnet such as neodmium...

Re: Regulating Medical and Surgical Equipment 1. Artificial Intelligence that assists Paramedics with judgement procedures as what the illness is what equipment is available in the ambulance if any available to tie the patient over until arrival at the hospital.
2. Artificial Intelligence for any and all diagnostic and treatments recommendations.
Even web cam video conferencing.
3. Artificial Intelligence and/or Neural Links by surgeon to operate using robot arms.
4. Any and all Specialist equipment aided by Artfficial Intelligence and robots.

Re: Further Energy Innovations Bridges that have very large solar panel moving sails on each side (they move to get their flat solar panelled lined surface out of too strong winds and instead moving into a stream lined jet wing position to face the wind and the second reason for moving is to catch the maximum sun). These moving solar panel cells can be used for land as well.

We plan to build cave entrances - howling windy caves (possibly stacked very high or stacked at the upper levels mn of a high rise building(s) that spin (possibly on magnetic levitation), where one side is an opening entrance mouth and the other side is a much narrowed rear exit for the wind... we spin the base so the large entrance mouth faces the wind, it passes into the narrowing entrance and therefore builds pressure focusing and concentrating the jet stream into a turbine chamber, turning the turbine and then out again.
Gas Stations that have solar panels...as well as extra electricity coming from the utility in case demand is high, as well we could start an exchange program where the customer could own several (HYBRID) batteries and/or we could rent/lease (HYBRID) batteries, so when customers come to the gas station their cars' (HYBRID) batteries can be exchanged for a new one and reimbursed for remaining energy. This saves the lengthy time to plug in to a electrical outlet.

We can also use either closed oil, water - basically anything even air but especially water (and salt water (from the large stock of oceans and seas) clean for fresh water and even dirty) where mirrors (the more mirrors the more speed and capacity over the same period of time) that surround can be a very large boiler that makes the liquid (hot air even) heat/boil and expand, at the far narrow end of the boiler is a cap (eg. like a kitchen pressure cooker), once pressure from the heat reaches a desirable level, the pressure cap is opened and the stream of pressure is directed towards the turbine that spins and generates energy (with fittle or no complex technical equipment and low cost variable inputs).

Any and all electric hybrid cars, can buy several batteries and leave their extras either at their local gas station and or office parkade the batteries would be charged under supervision), when the current battery in the driver's car is running low, they could go to the gas station or parkade and exchange the low battery for a fully charged one, instead of waiting for the electric battery to charge...The extra batteries can also be taken along for long joumeys.
During initial adoption phase, the hybrid car might be sold at equivalent price as their gas counterpart ...furthermore gas station and the office could have solar panels or any and all forms of energy to cheapen the price of filling the batteries...

An Artificial Intelligence/computer aigorithm that that either tracks the pupil tracking device (and/or Neural Links) that aims at object and/or pathway that records when the eye touches (recognizes) an object - and object moving (such a car any where surrounding the car), and/or recognizes pathway that the Al can tell the driver is following (can tell is the driver is not sure he is on the right directions - and the Artificial Intelligence can check GPS maps and search the name of the road and even input such as address numbers even the whether the next turn is right and/or left and/or if the car driver has passed his tum off all done conveniently and as soon as possible by the Neural Links even instructing the Artificial Intelligence doing all the information processing (input-search-analysis-and output that is fed back to the car driver via Neural Links without distracting the car driver and/or fed to a passenger, the mind tells the Neural Links that is correct pathway to follow (object - track).
Artificial Intelligence/computer algorithm/Neural Links, used to predict that next hot trends celebrity, mythology, fashion design styles, traditional, contemporary, futuristic, genre, abstract paintings of the art works (eg. images on porcelain).

for the pottery, wood/stone any and all sculptures, any and all porcelain/glass/chandeliers -paintings the below (possibly real time) 3-d/multidimensional and shapes and viewing of the intemal grains (eg. wood and/or stone) within the object can by using Artificial Intelligence/computer algorithm robot(s) - arm - can do the job and mimic techniques and automate the process...

We are also using Millimeter-Wave And or Backscatter (Radio/Microwave/radar/sonar/ X-ray/MRI/FMRI/DTI/CAT/Stereoscopic x-ray screening/Coherent scattering/
uftrasound, positron emission tomography (PET), nuclear magnetic resonance (NMR) imaging, nuctear quadrupole resonance (NQR) scanning, and neutron emission analysis/ for the microscopic world we could use backscattered electron (BSE) imaging in a scanning electron microscope (SEM)/acoustic backscatter/a cheap light scatter system that infers dimensional images/laser scattering system/ New technology in echocardiography II/Multi-Beam Back Scatter - Echosounders/Dual Beam Slice and View/ electron microscope, such as orientation/channelling contrast imaging and electron backscatter diffraction (EBSD), two sets of points in the plane are orthographic projections of the same three-dimensional point set exactly when there common projection, a form epipolar constraint used in stereopsis ... to create 3-D/multidimensional images of pottery and any and all sculptures (eg.
stone/wood), we do this by accentuating the lines/contours/angles that outline the boundary (skin; surface) of the (even using temporary fluorescent paint possibly overlaid against the natural image) to contrast what is in excess and unwontedly sticks (eg. out of shape during moulding of clay pottery) sticking out of the proper shape of the sculpture, the Artificial Intelligence observes the grains (eg. by any of the technologies above that can see under the surface of the object)... Basically to extrapolate how the chip will come apart test with expected start to crack that should indicate whether the rest of the grain the chunk of wall will break off as desired or if overly opened in one direction or too weak (too thin) in a crack that wiil break then re-calculate strength in which direction or smaller chisel that weakens and opens-up the ., .

desired breaking crevice. We start with large chips of if the excess pieces are thinner or the grains lead your chipping too much towards parts you want intact/preserved then use a smaller chisel and a lighter tap (extrapolating how much strength is needed when to back off an aggressive invasion into towards the inner core of the of the object) while in real time start with a thin layer first and contrast the way the grain actually breaks as you chisel versus your extrapolation adapting to the way the grain tears. In the case of a potter's wheel, we use the above seeing into the object's inside as well as 3- d/multidimensional real time curved dimensions where a part of the pot is imperfect (eg. not perfectly circular) depending on speed when you expect the side you want to touch (or various potter's tools) indent or push up or down make and indentation around the enter circumference of the pottery object Use Artificial Intelligence/computer algorithm/Neural Links that with robot(s) sculpts porcelain/crystaUchandeliers that have a high end version where the AI/ca customizes (eg.
porcelain printer - in the same line as model printers... ) - whose decorative pattem (paint) can be done by the best artists' (even designing limited editions), a medium end version where AI/ca mass produces - where decorative pattem (paint) is done by the best painters but don't charge as much, then the is the low end practical version - cheap artists. The porcelain printers can be done from the home using a multidimensional computer periphery printer. Customized batches could be sold to restaurants and catering to food and beverage companies. The painting design on the porcelain (eg. sets) could be changed by bring it into our service centres. We could even create printers that paint pictures on standardized sizes cup, plates... of porcelains and create such brand names as Emperor's and/or Ming Dynasty and/or Tang Dynasty and/or SAN GUO and/or pictures of tourist landmarks any and all Legends representative by picture and/or all patterns of prestige/passion/interests...

As well Artificial Intelligence/computer algorithm/Neural Links could be used to automate blowing glass for light fixtures, crystal and glass...Also light bulbs can be made using robotic (heat at the right place at the right moment) arm and grippers to manipulate, white bulbs against black background to keep careful track of the shape (conformity to the end product), bends/pulls into desired shape...

Artificial IntelfigenceNirtual Reality/Remote Control/Neural Links/computer algorithm can all be used to conduct any and all construction... including lathe (GP 0.005%), band saw, sander, nail gun, riveting, welder, adhesion application, screw gun, tile cutter applier, painter, cranes (especially spray painting), wall paper applier, door/window frame installer, carpet installer, stair measurer, (any and all renovations) ; laser measuring tape -for height, shapes dimensions, side to side, front to back, non straight boundaries from end to end, decks building, brick laying (see below), dimensions and spreading to reach an even level throughout the site of a concrete pour job by eyeballing the difFerences in height (probably best done with remote control and/or virtual reality) (unless and Artificial Intelligence/computer algorithm is used to do the job evenly) also lasers or some type of height sensors could be used to tell when the adequate height for that area of the job has been reached - we could use a viewer that can pan, zoom (in 3 dimensional) coordinates, vrith viewer recognition of how much where, what sequence, chronology, adjustment for (random pouring misalignment) guestimate ability... pile driving size of driver to hole needed size/shape, where expect to crack, how hard, how if breaks to determine where to focus, probably the higher unbroken sections because the deeper parts are harder to get to.... As well siding can be connected by hanging (connecting) tape and each siding layer tucked under the lower end/part of the siding directly above.

Re: Replacing the Measuring Tape We could also have a computerized rolling wheel with handle and reader, whereby the wheel which is rubber (and possibly bumpy on the outside) is rolled along a literally infinite surface between two points of measurement. It can also come with a thin meter tape that can be pulled out like a normal contractors tape and automatically rolls back upon shaking the unrolled tape.

Brick Laying, Ar6ficial Intelligence/remote control/Neural Links/computer algorithm, depending on height of the work the bottom starts with an arm that has a mobile base (eg.
with wheels) that follow the places that the job is required and takes bricks either directly from the truck or a conveyor belt from the truck. The arm has a hand (with 3 or more fingers) and/or wrench/clasp/gripper that grabs the bricks - a pipe extruder to extrudes the cement on to the trowel depending how much and application needed - the next step is to observe the already laid wall and the work in progress and calculate the next place and orientation (size such as finishing with a slightly shorter brick - or in between two bricks). Either Artificial Intelligence%omputer algorithm and remote control to calculate the cement spreading techniques - depends on which side go down first and spread relative to distribution placement of bulk to are/shape on the trowel, angle and/or circular if not even - of the humans (starting with how much cement is needed for regular as well as eyeballing irregular needs on the brick or other irregular spread of cement) that do the best job (speed initiaAy), As approach, changes in direction (depends on ho much cement the trowel still has on what areas to push onto below required height areas on brick face between the trowel and the layer of cement and what is required to even out the cement between) depending on existing cement where some, where partially complete (adequate height to span of the bricks undemeath) shaving off excess (GP 0.3%) adding and keeping the shaving to above required level.

1. Automatic assembly of modular homes. Place the parts (standard pieces) on layout holders that uses robots to bring together the pieces pre-requisite first (sequential of essentials) and the robots pour/lift and put together template homes.
2. Houses where the parts/pieces are fed such as skeletal structure that can have customizable blueprints (there could be many blueprints sorted by architectural styles), with some and/or all customizable...the robots build in order sequentially like the foundation first ... feeding into the skeletal holders that aligns, eg.
rollers under the wood - motorized wheeled micro tractor to feed materials to move from truck to the skeletal/stent where the skeletal holders remote control and/or Artificial Intelligence then securing in place using wrench, plug and play with viewer at the end of a crane floor by floor to reach the entire floor plans - once the floor plans are adequately finished, a smaller robot can travel either by elevator and/or the crane to finish the work...

Artificial Intelligence/remote control/Neural Links/computer algorithm, could also be used for gardening (mapping out the garden to be mowed), micro robot arm that slowly lifts a weight and then the weight (possibly with the help of pistons) crashes down, even perhaps a wide spread pile driver that rips into the ground with as tip of spade/shoveUhoe/rake not only for tilling but also to dig holes for large plants, also motorized wheelbarrow.
(Also self regulated aquariums/ponds eg. hardness, PH, temperature, oxygen versus/C02...) The Artificial Intelligence lawn mower can be adapted not only for recreational use but for professional use by using a satellite and use drawing programs to adjust to specifications of lawn owner customized demands.

Artificial Intelligence/remote control/Neural Links/computer algorithm could be used to monitor bridge steel trusses/tension cable (and instead of tension cables - we could use high rise tape)... tightening when needed while monitoring known optimal resistance given the length and thickness (number eg. high rise tape) and the weight they carry...

Artificial Intelligence/remote control/Neural Links/computer algorithm, we could regulate solar panels with a tires/wheels/treads so they can be remotely moved (Perhaps with RFID/RFIP/GPS) overlaid over a detailed map for land that suffers from seasonal problems such as flooding, typhoons, hurricanes (and storing the solar panels away during the battering season)...we could use these solar panels in Chernobyi...

We could also have in the Arctic and Antarctic (all of which are above the snow line) green houses whose surrounding land is spread with cheap solar panels, eg. made of pop cans and/or beer cans, who when they heat up send in warm air into the greenhouses as well we could continue to produce food by building Gerard Voon's TALL GRAVITY TO
ELECTRICITY INVENTION, underground...

Artificial Intelligence/remote control/Neural Links/computer algorithm could be used to regulate a technology where mirrors shine on boilers (of possibly one and/or two layered chambers), where tailings from oil sands/tar sands are mixed with saw dust to increase their combustability - also blow oxygen into the mixture to stoke the fire - also we could add very combustible oil (in the case of oil we could make the system closed circuit where the oil after heating, propelling the turbine and cooling the oil is reused), either the inner (and or altematively outer) chamber or the other way around - boils the oil/tar sands' tailings heating and evaporafing to spin a turbine(s) all the while the oil/tar sands' tailings mixture helps maintain heat at very hot levels, until the oil/tar sands have been reduced (GP 0.3%) at which time the oiVtar sands can be poured into moulds, (this remaining oil/tar sands' tailings can be used to make solar panels, roads, airport runways - mix with any and all materials mixed with plastic/pvc/resin/rubber...while the other layered chamber can hold salt water or oil that tums to steam, oil is recycled while salt water can be converted into from steam into fresh water... By narrowing (and temporarily blocking) the pipes that the steam can exit from the pressure builds as the mirrors heat the boilers and then the pressures is released like a pressure nozzle in a pressure cooker, and is aimed to spin the turbine.

We could use Artificial Intelligence/remote control/Neural Links/computer algorithm and x-rays, DTI for sorting garbage along a conveyor belt (where the garbage is spread on thin layer (for example plastic containers would sorted out because such pieces are too large and don't spread apart) using colour recognition (contrast) to identify non-compostable material we separate the solid chunks; then metal detector; chunks are red flagged (eg.
plastic and or metal), first seen by x-ray, colour recognition and metal detector...the material on top of the conveyor belt is spread where flattenable with squeegee the remaining plastic bagstfilm can be clamped on polar ends and is they stretch/elongate, elasfically (give and take back some rubbery) where in the case of plastic bags, the side areas of the rip seam stretch and end up longer and stretched out of shape (the distorted elongation (An 1%) can also be sensed by cameras and recognition of before and after conditions)... in contrast fiber ripping such as textiles or vegetables such as cabbage rip into distorted seams but the remaining materials on each side are not elongated/stretched. Cardboard is usually thin and flat and rips by the grain and can be crushed (GP 1%). Also check out any thing shiny (for shards of glass).

We could use Artificial Intelligence/remote control/Neural Links/computer algorithm, to search the intemet and local experts for indepth genuine/authentic local art/architecture/fashion and convert them into new uses for buyers the world around eg. Golf vests made of Peruvian quilts (also rugs) and/or Golf vests made of wind breaker material that may have the option of zip up and down as well as waterproof tank tops. Blinds and mats made of Balinese bamboo. Any and all period pieces. World ethnic styles of sculptures, stone, pottery, wood, porcelain... possibly made by robots.., hire locals who are good with their hands at making arts and crafts... including tanners/smoked meats - fruits and vegetables/salted meats - fruits and vegetables/canned foods... as well as any and all jewellery that is envisioned by Artificial Intelligence/remote control/Neural Links/computer algorithm and carried by precise robotic arm, each of which know exactly their role and can adjust in real time if the eg. gold is starting to bend slightly too much in a direction out of the anticipated direction that it should be bending at the time/stage in the creation(GP 0.5%) of the end product;
based on speed of resistance given the thickness of an individual gold clasp (and its purity) that is being bent/manipulated the Artfficial Intelligence/remote control/Neural Links/computer algorithm should be able to tell if the gold clasp currently being worked on is getting (too brittie)...

We can interchange robots for exoskeletons for any and all jobs including all of the above and all the below.

We are making exoskeletons, for carrying heavy materials around the site, or climbing up (rung by rung) levels, elevating and/or being lifted as the base of exoskeleton/forklift that can be raised in one package from floor to floor. As well as Artificial Intelligence and computer algorithm(s) as the same thing... Neural Links and manual/remote control/automated/joy stick/Wii/glove controls/computer controls, eg. key boards; cursor; and/or all electronic control manipulators for dangerous jobs, such as welding...

We can create a new form of constructing high rises where a multiple floor skeleton (made of possibly tungsten steel, and/or carbon fiber lattice) at the four corners and/or between the four comers, is erected. Then multiple highrise tape is tightly strung inbetween the skeleton located in the opposite of the four corners and/or between the four corners opposite of whichever the skeleton is erected with. The high rise tape can be tightly strung under each floor to support the floors yet placing light weight on the skeleton.
Therefore the floors of the levels between the height of the multiple floor skeleton are filled in layer by layer.

Other jobs for exoskeletons can be used in Vineyards, Diamond Press, Large scale Hydrophonics, Green Houses, Garden Works any and all farming - including tilling, aerating and fertilizing, transplanting, checking for soil, water, concentrations of nitrogen, potassium, phosphate.

Check for batches in spaced out (eg. intervals along assembly line) for salmonella, botulism, e.coli.

Manufacturingrndustry job by job sequence in the Work in Process along assembly line -conveyor belts...

Re: MAD COW DISEASE

We could also create a simple, quick, cheap - so we can test every single one -test (for Mad Cow Disease) and to be humane either we do the test time either for economic purposes test the cows when they are young (so the farmer doesn't spend time, money growing the cows only to find after all the feed and effort that the cow is infected with Mad Cow Disease) and/or in the slaughter house - this test could also be used to test on caribou, elk, and moose...

Re: Large Algal Blooms We could harvest algae from large (seasonally frequent) algal blooms and turn it into bio fuel...

For Bees with mites - that can be regulated by Artificial Intelligence We could use different forms of radiation/(after slight form of relaxant eg.
smoke) then rinse and spray from possibly any and all directions as the bees are rolled down conveyor belt (and/or rollers) spraying with chlorine/hydrogen peroxide/PH/chemotherapy/sudden temperature and/or extreme lasting temperature bath/prolonged electric shock determining how the bees can endure these levels of extremities and length of endurance before disturbing the health. We could also introduce other bacteria/viruses that might kill the mites but with minimal effects on the bees, such as introducing salmonella to the hive and the boiling the honey after being collected. We could also make the hive screens radiate radiation that can be turned on and or for or the radiation could come from surrounding the box. As well as chemicals, diluted in a solution we could also use a drainage vortex whose sucking power and sudden changing directions (eg. horizontal vs. vertical wave flow /disturbance making paddles and/or circular stirrer and/or tumbler) and changing speeds create pulling power down to loosen the mites from the bee (whose holes are big enough to let the mites through and/or small enough to gently prevent the bees from passing through).
We could create a website - possibly controlled by Artificial Intelligence/Computer Algorithm/Neural Links (e. multidimensional website) where any and everything (ranked by expert critic) and general public voters who explain why they like (any and all features/contributions any and all pre final product design to allow choice an and suggestion governed by voters. We can use this website for any and all things by listening voters design favourites and if there is enough voters we could sell multiple versions (additionally if the voters are heterogeneous).

Artificial Intelligence/Computer Algorithm/Neural Links (shape economies) to manage where goods are sold in markets over large distances are monitored to identify special needs eg.
goods that are heavy, need cold and/or warm storage, shelf life, bulky - that all affect transport costs (repair/maintenance/technical support also play a future role the depend on transport cost also in the same vein is reliability - less breakdown less cost to transport to repair shop, unless the repairs tools are over the internet/mail/emaiUIocal certified repair shops in the city...) Markets can be demanding connoisseurs who want the type produced tied to a specific area of production:

India largely service economy (internet call centres/technical support), bypassing transport costs.

China manufacturing industries where South West and Africa of the country produce low cost goods... versus North West higher quality...versus cross ocean to the Western Developed world highest quality.

Where transport costs are high and the factors that driver; that may be (easily changeable and/or vice versa) large impacts and sensitivity to special needs changeability:

1. A company should locate where labour costs are low while labour skills (naturally talented) like pick up the skill quickly and easily (part of culture), strengths versus weaknesses (GP 1 %).
2. Build and/or use built (existing) port terminals/cheap shipping, and train and tucks...
3. Also EVERYBODY HAPPY

We could create a website managed by Artificial Intelligence/Computer Algorithm/Neural Links, where we give a way gifts (money is made by advertising), the gift is related to the (THE CORPORATE ADVERTISEMENT REVENUE SIDE OF BUSINESS MODEL) firm that took the advertisement HTML link to our website, the contestant must answer a (random question about the company that took out the advertisement correctly (must search the websites and familiarize them self with the company - even bigger prize if the answers spread across the company's info thus needing in-depth understanding of the company's business model, even formulating strategic business strategy and generating even better advertisements for the biggest prizes. The main website attraction of the website is the amount of traffic, the website of give gifts based on the majority of votes won by website browsers that choose/nominate candidates, giving away gifts by # of votes.
Potential Candidates can have the option to publish their profile on Face Book and My Space and/or Wikipedia, plus Utube video about why the candidate should win. We could create a part of the website for technology that our own company could call SWEET SPOT, where the latest technological gadgets can be tried out in the multidimensional website and enter to win it, if we are careful we could create a gift/contest that hyperlinks all the legitimate gift/contest websites and segments' the partitioning of the market based on product types being given away ... Voters prizes could be awarded by voters voting for favourite websites...

We could create Neural Links to create a search Engine that uses emotions/feelings together with stimulus response (recognition of parts either residual and/or working knowiedge) to entities, interactions quantifiers, quality, and qualifiers (using key words that identify uniqueness of definition that covers to the rights strength depending on characteristics you want to accentuate and rejecting key words that confuse - unless for further in-depth words we could also search based on stimulus response to images) their system/parts relationships, belonging. We could also use emotional/feelings mind soundslstimulus response Search Engine based on popularity and/or frequency (GP 0.5%) (Jz 0.01 10). We could also have feedback based on User where an Artificial Intelligence weighs the probability based on uniqueness of attributes/clues/connections/linkages...the answer or info required is correct, and also runs the summary by the User under Neural Links -also based on the number of clues/connectionsAinkages of related entkiestnteractions...that have a link to a part that should be there (by importance - crucial that a part of this type) needed to the operations of the related and central system the part belongs to.

We could use the feedback neural links (eg. mind sounds) to record and play for the mind viewing of movies where movies can be played in synchronicity with the mind sounds for a mental viewing experience of other recorded viewers (we could use different viewers) separating them by appetites towards stimulus, backgrounds (eg. ethnic;
demographic) towards genres, even record different viewers by most popular viewers.

We could also have a console and/or part of Blue-Ray that allows the owners' to record their own mind sounds/neural links in as many times as they want, so they look back at how their mind's view and feelings towards stimulus have changed.

We could also eventually offer these neural links as part of any and all venues, eg. television channels, IMAX, movie theatres, video games, home movies...

(GP 1%) (JW 1%) The Artfficial Intelligence/computer as well as neural links (shared) can create memories (real time evolving video games and their environments (eg. Second Life)- working environments - shared control over any and all things mechanical - robots, automation), (eg. for as many as wanted dreamers) to jointly experience (with varying levels of censorship -to avoid offence and conflict between dreamers). The Artificial Intelligence/computer can translate experiences appetites, drivers; feelings/emotions along the entityrinteractions/quantities/qualifiers/qualities (events that affect these variables), across the awareness time horizon. The awareness time horizon includes (expectation/anticipation beliefs), present encounter and past hindsight (regressing) where components of the experience are (residual) accurately remembered and some have level of uncertainty due to blockage (memory slips) and memory degradation that are often filled in by imagination.
Memories can bob in and out of awareness (especially when the User has programmed to attributes/characteristics/beliefs/connectionsflinkages/clues that the sought after memory does, should and could be identified as having or belonging to system that has these factors). The secret is to keep the memory at the tip of the memory boundary, perhaps changing place and/or time and then looking back where the sought memory belonged can jog the memory or characteristics/attributes/clues...Although this method may lead to Obsessive Compulsive Disorder in the short term and the bobbing in and out of awareness of your search in longer term/macro cycles. The Artificial Intelligence can help the Users feel the weight of values (especially mentally ill), mental translation of what a person wants, hopes to gain (good for Human Resources), the worth of stimulus/objects, how other feel about an event (pivotal arrival - micro/macro change in paradigm shift; An), and or emotional/feelings response to entitiesfinteractions, endow beliefs (GP), perception, judgement, provoke based on past similar events (parts in appropriate system), that operates the same way, with many of the same characteristics, same clues/attributes... Emotions/feelings can in a general quick look be benchmarked by intensity (GP), passion, indifference, level of introspection (GP), subtlety, detail of identity for exquisite; selective connoisseur; customized (GP), sublime (GV GP) when such a dissection of emotions/feelings are wanted.

Experience can be dissected by glaring synchronicity (to track via heightened awareness) sensitive to (movement, change in any modal characteristics including shape and orientation). And ability to focus and zoom in on a part within the system being viewed.
The Artificial Intelligence creates either from scratch and/or uses memory of a robust responding entities, interactions, quantities, qualities and qualifiers.

The Artificial Intelligence has access to the feel of residual (from origin), or overview of whole system, by identifying parts that are easy - familiar to the Al's strong memory (stronger memories are etched like grooves in a record - rhythm - of emotional response to stimulus).
These parts are easy to access including via attributes/clues... (easy by means of much presence in some robust form in many and/or all areas of your life and therefore we have much experience/practice since birth to give places in our life - our roles in compartments and the usages of other parts within the compartment - systems that; eg.
system/parts - of which the most usually easy to access is time/place).

Including all frequently used easily available, generally comes to mind by clues/attributes:

1. Two processes of recall - Analogue certainty/probability process versus digital instant sensitive image/memory.
2. Easy recall is defined as able to recall wfthout much concentration and/or time spent straining.
3. Sometimes there is a mental block (need to jog memory and also can be used for creative thinking) and as humans we need to search outside the safe space/compartment of currently strong signals of residual of safe memory.
Thinking outside the box, pushing the envelope, where similar shaped and/or operating movement in changing orientations (eg. all spinning wheels), given similar needs and constraints, eg. durable, but must be light...
4. One way to jog memories is to go back in your life era's time frame awareness of how you look at how you saw these areas/parts of the world pinpointing the key wordsrmages and their coinciding feeling/emotions given role values that defined the person's ego that differentiate a stimulus/objects' from less suitable substitutes given access to what is available to you in hindsight (to the accuracy that you can remember) and what actual occurred in future up until present. The best time to fall back to is when you had the freedom to think (explore) of any and all options beriefs and everything was safe.

Neural Links could also be used in conjunction with DTI, FMRI, MRI, PET
(electrodes to read the mental activation pattem and feedback of the correct commands to and from the experience - awareness of the changes that occur as a result of the mental command; and also use microwaves - neurophone; and phase modulation) and stimulus response (including recognition of images/any and all experiential modalities, feelings and emotions) muscle memory and muscle patches that can teach the body to perform a certain movement or the ability to manipulate share experiences with other people Neural Linked and Artificial Intelligence%omputers/and shared real time website video game, enabling the control of the unfolding story, possibly by work group, entertainment genre, people with shared agendas and shared interests.

(An 3.7% of whole) We could also record CD's, DVD's, and VHS of subjects in elementary, highschool and University courses (as well as sensitivity and social skill courses) and (how to) skill courses (including contractor, computer...), whereby people could leam the subjects at their own pace and under privacy, and hen take exams (possibly at a local University branch (in soundproof rooms and/or cubicles - depending on how much they want to pay), possibly supervised by a TA, or even places where there are many students but not much real estate, they could rent out local hotel conference rooms. The exam could also have a personal one on one question and answer via video conferencing... Then the University can grant degrees, MBA's and PHD's... The Artificial Intelligence could help the student create memory models -core ideas and the clues/attributes/linkages/connections/relationships...
(customized: for the student, for area the student has trouble with, such as complex concepts) as well as all the personal help and as much time as the student needs, eg. generate faux exams, on each sub topic to topic, to total course as segments of the course or the whole course. Another example is when after the student has taken a break the Artificial Intelligence can test the student for retention, and any time the student has free time the Artificial Intelligence can review with the student the parts of the material that the student has the hardest time recalling and understanding (helping the student to dissect it into key parts (the troubled area's representative labels/symbols/pictures that are like a summery - such as landmarks) and these key parts relationships to one another. Then right before the real exam the Artificial Intelligence can review, then test (based on how much time is available - all the major key representations that lead (in the case of hard to remember due to blockage, multiple attributes/clues...of other entitiesTnteractions that lead the blocked chunks of information - answer and in the case of complex concepts the Artificial Intelligence could rank and give a relative range measurement of difficulty to understand relationships by difficulty and importance, and clarify by benchmarks; medium; currency;
criteria;
costs/benefits; give/take (Je 1%); belonging see Attributes below. As well the Artificial Intelligence could help the student highlight key entities, interactions, quantities, qualities, qualifiers, that are crucial to understanding topics; how they work, what outputs they produce, what are the required inputs - systems and the parts that belong to them to pinpoint a entities ... viewing by compartments such as in time and place.

Attributes are (ranked by Value):
1. Usage 2. Name/Label Word Recognition see first 0 to 800 3. Vertical - something such as a process that flows from up stream to down stream. A supplier inputs to your organization (up stream) you output to a buyer (down stream).

4. Horizontal - competitors, complementary, supporting industries in the same stage of something such as belonging to the segment in a process.

5. Unique identifying markings (more permanence the better) eg. DNA.

6. Parts you look forward to (Favourite Parts) - Parts that bring back fond memories - see Values/Emotions.

7. Cause/Effect -which what most programming languages are based on (eg.
BASIC PASCAL) If, then, is where the programming language qualifles cause to determine which effect to choose. It is a black white dependency.

8. Title ownership - Assets Possessed 9. Location - usually have name, or address or micro, such as location in house or macro location in country.

10. Place - general to specific proximity to which neighbours eg. where did you leave your house keys.

11. Compartment - natural boundaries, or man made, parameters in space, for example, a book found in the glove compartment of an automobile.

12. Time - depending on task start and finish, and intervals.
13. Physical - shape size, visual, sensory, modalities.

14. Mental Perception - imagination of Physical (or sensory (eg. visual can be real or in the mind, different from reality), modalities).

15. Context, Framework, where you're coming from that affects how you receive and interpret it. Group, team and cultural rules of conduct, regulations, protocol, policies, most often implicitly understood.

16. Dependency - one way or two way or multiple ways eg. children depend on parents familial and social ties; level of commitment; shared interests.

As part of our neural links search engine that searches not only by popularity of key words, but by area of category of the information (subject/topic, field of study)...as well as images and labels of images; picture images (1.3% GP) or parts of the image/system ... also see below...

For maximum fluency for Artfficial Intelligence/computers both for its ability to communicate and to compose messages for Users and Al to Al. Selection of words are based on words that best express/describe relevant issues that represent meaning/beliefs/characteristics (experiential and abstract) (characteristics of value depend on usage the question being why and what is the purpose of the search) and measurements for identfflcation, that are valued by exactness of range benchmarking - most exact. The word that closest matches based on need for operations and usage (focusing on the major players/parts in the system). Where there are multiple meanings that overlap, if the a word has another meaning that is not wanted because it can confuse the message especially when the unwanted altemate meaning is popular. In contrast an altemate meaning can lead you from the wrong use to the meaning of the same word to follow the path of familiarity/association that jogs the memory that the word is interpreted both ways (this is the most basic memory model;
strictly built on language attribute%lue/linkage%nnecction... Where two words are substitutable, we choose the most precise words (0.001 %). Substitutable words in phrases that show similar meanings (fluency depends) on use of words to exhibit words in most recognizabie usage (for the word - main dictionary meaning), - most popular meaning and most common usage (0.005% GP). As well the context compartment/role - what period of time demanded by duty of care and protocol, etiquette, behaviour also determine what words to use in your message or search on the search engine eg. professional (ofFce), social (bar), family (home).
Substitute words are when more than one word overlap/converge in meaning segments covered, in which case we look at differences by sub dividing which parts don't compete, the areas where they diverge of too different so that one or other applications can be better described by the other pinpointable words in exactness by 1.) experiential modalities sensed and 2.) abstract concepts, meaning (beliefs). These two forms of knowledge, can be vague messy in organization, degraded in memory and verifiable memory signal strength, eg.
(shades of grey versus black and white Ja 1%) versus (clarity/purity GP 1 !o) clear understanding of identities of entities, interactions, quantities, qualities, qualifiers - their exact roles, how much of (criteria) what you want to know about and entity -memory models eg. attributes/clues/connections/linkages.

Memory models also include time/place system parts strength of relationship by ease (from much practice), recent familiarity (possibly unique, catchy eg. rhythm catchy phrase), remembering to the point that if you change activities you don't lose the signal strength (the feeling of correctness of the thought; beliefs GP 5% - the Artificial Intelligence could measure the strength of a person's genuineness and even teach a person via mind feelings to image and scenarios to reframe and change the person's belief experiential and/or abstract; thought signal's strength can be a direct image/scenario/part found instantly at a point in chronology person's memory which can be defined to be digital versus a less direct analogue search (eg. memory model - attributes/clues/connections/linkages).

We need to address why, purpose for creating memory models to remember in the future and search mechanism or past knowledge. Based on such factors a context, drivers and usage. When looking at the topic being recorded, what clues/attributes are allotted highest dutiful criteria that drives this memory model valued by intangible meanings that are different by app6cations in types (what?) within baskets of each criteria's value and the importance of each type of criteria value reflect purpose/usage (guiding by impacts cost/benefits;
gainsnosses of important - that concem the a user a group of users and/or generic) of (inputs/outputs) memory model; whereby the Artfficial Intelligence can write and record and adapt/update/upgrade and erase outdated and no longer needed memory models (anticipate usage/need for a future memory model An 0.7%).

We are creating a Language Algorythm, that converts foreign languages to other foreign languages, primarily English to foreign languages and foreign languages to English.

This interpreter will listen to one language and write (on a screen - and verified; and can be printed out) while it speaks out loud its interpretation of what the other language's message is. This product could even be used in computers, Artificial Intelligence, mobile e-devices, email, cellular phones, VOIP. The other communicator speaks into the microphone and his language is translated and spoken in the other person's language (with option for word recognition below and screen and print out options).

Where English is involved the computer could highlight or alert the user that a word or character doesn't spell a known word. Then the computer will ask the User for advise on how the word should be spelt/taken (or spell check - thesaurus - perhaps the e-device could have a memory card that offers possible definitions for each possible spellings of the word).

Methods of Word Retrieval, Recoanition and Access from Storage:

Words can be retrieved from memory by their attributes/dues.

1. The first attribute is its alphabetical order spelling. Mostly we will only use no more 7 of the first letters to accurately identify the word by its alphabetical spelling. Matching the earlier letters consecutively. We can only consider perhaps 5 letters to see if any words come to mind (whose meaning might also match).

2. Approximate eyeball (see eyeballing under Memory Models) the size of the word, to 0-single letter word versus a 1- small word, versus 2 - average length word, 3-large size, check words of that size.

3. Whether there are 0- no tall (called gates - such as the letter t or I or k) letters, 1-one tall letter in front side of word, 3- back tall end of word, 4- two tall letters, check words that have these attributes.

4. Another way to jog the memory is to try to remember if there are any vowels that stickout 0/1 and whether they were found in a memorable pair (chunk) 2/3. If 2, then there is a memorable pair, remember (look at) which vowel you are most sure about and match it to the vowel that seems memorable that went with the vowel you are more sure about (recognize a couplet in the past context), check the words that have these attributes.

5. Definition - Are often in notation (phrases), their meanings often brought by comparison with word with similar meanings. We can assign 5 phrases to each definition and 15 words.
Combination of I to all 5 matches determine the level of probability that the word in question is the correct word spelling you are trying to confirm.

The below are some of the communications contexts that a computer; e-device can use to help guess what word altematives might be given the type of message, where in the body of the message is the word located - suggesting the most probable recognition of the word in question.

The word also has to make sense, eg. correct syntax - doesn't seem to fit into the scheme (reason for this chunk of the message) for the sentence (grammar chunk) or group of sentences behind this point (which is a system/model), or the computer can get the Users input (on the misunderstood driver for meaning is usage) for parts of the system/model, whose purpose maybe to compare to benchmark entities; doings; metrics.

When faced wkh an unrecognizable word, the computer can check the theme eg.
setting (create situation/scenario/making a case/establish the facts/or user manuaUexplanation/descrription), subject, doing, object, qualifier, (quantified/benchmarkings), problem, definition, hypothesis, analysis, criterias/cost/benefits conclusion - alternate solutions, small talk (greetings, sharing interests -level of personal closeness) - understanding by ethnic background sensitive issues, change topics spontaneously - current issues on mind safe enough a person to share.

Combination of I to all 5 matches:

Word Recognition, Retrieval and Understanding, we assume that of the 5 alternakves each applies to approximately 30% of a person's Vocabulary (30% of vocabulary meet the requirements):

There are 171,476 words in the Oxford dictionary.

Sentences are one step above words, in sentences you can just take the important words, for example entity doing entity, and qualifier(s) otherwise known as subject verb, object and adverb and adjective. Sentences are comprised by a number of words (we wiil give 75 words max for sentences).

Groups of sentences (paragraphs) can also be used to set the scene. For example, describing a compartment (a room in the house), the entities within that convey the type of people that live here, large screen plasma television - wealthy, or smokers, or neatness, or era the house was built and style - rich or poor, or toys lying around - maybe overwhelmed or spoiling children. The condition of these entities also all give the scene and context. The scene/scenario/compartment (the parts within and their condition) are important for the sake of your experience and also for what you're looking for (clues). We will give a maximum of 45 sentences per paragraph.

VERBAL LANGUAGE

There are 4 ways to handle the assignment of decimal base 10 machine language to ENGLISH. We create a (1) database that is available on the intemet with the searchability of the above attributes/clues, or (2) we can create a (text book translation dictionary) or we can use (3) computer of Artificial Memory in modular levels - one option is to plug and play memory upgrade hardware with the vocabulary (based on levels of expertise of specific facufties and specializations) ready to augment computers' or Artificial InteNigences' language capability - the other way is software (patches ?). (4) We could create individual Artificial Intelligence(s) on a web server (where all or perhaps additional Vocabulary is stored) and perhaps assign a purchasable memory space on the server's database so the computer user can call up and interact with the Artificial Intelligence at any time.

For Example:

OPTIONAL Vocabulary Packages BASIC VOCABULARY PACKAGE

1. Conversational Vocabulary - describe things in less specified, less selective terms, one word covers (represents) a broader selection of a group of exact terms where expert's selective terms are not needed. For example, the Inuit have 15 words for snow - while English only have 1, snow. 1,000 words eg. Know word that explain your interests in weather, food, shopping for fashion, electronics..., socializing, entertainment - favourite, movies, music, what you do at work, job title -position, past jobs, how you enjoyed each one, ups and downs...
Additional 1. Work/School (depending on job and training level) - Core Vocabulary needs to carry out routines and irregular but important functions, with fringe situations vocabulary demands that can be looked up in the manuals.
Probably 300 words - total memory capacity. Upgrade availability via manuals or specialized dictionaries entries of word with definitions.

2. Family - Vocabulary to manage relationships, showing love, what to say when giving and taking, growing up advice, forgiving, disciplining. Probably 90 words.

3. Play - Vocabulary for bonding, joking, humour, expressing your joy and fun you are experiencing, games, cheering and affirming. Probably 40 words.
This vocabulary is applicable to Writing and Reading as well (see written Language)- See number assigned to first 0 to 800 numbers for Word Recognition techniques above.
Total BASIC Conversational Vocabulary in your various areas of life are 1,000 + 750 + 90 + 65 800 for Word Recognition X 1,200 words of BASIC Vocabulary = 960,000 (rounded up to 1,000,000) 1. Grade 12/diploma conversational Vocabulary - Probably 700 words without (working experience).

2. Expert (specialized in one or more Fields) - Vocabulary - Probably 200 words.

Faculties, Fields and Specializations could include 1. Arts, Literature Vocabularies 2. Business Vocabulary 3. Engineering 4. Information Technology 5. Languages, Cultures, Ethnicities, Global Regions Vocabularies 6. Law Vocabulary.

7. Physics, Mathematics Vocabularies 8. Political Sciences Vocabularies 9. Psychology Vocabularies 10. Religious Studies Vocabularies 11. Sciences - eg. Biology, Chemistry Vocabularies 12. Social Sciences Vocabularies 13. Trades 3 to 4 words per title, If choose to open definition title then 20 words per definition.
4+20=24.

Additional words per Faculties, Fields and Specializations above:
Self Taught -Diploma - 200 Degree - 300 Masters - 200 Average certifications above, afthough a computer or Artificial Intelligence may possess more, therefore 1,500 sum total of expert words (for 5 certifications) X 800 for Word Recognition or more than one degrees.

The Artificial Intelligence can for example read and study expert's vocabulary manuals (eg.
Finance Terms Manual) and teach to the User.

Verbal Language can be classified as:

1. Amorous/Pillow Talk - tender, affirming, flirty 2. Chit chat - casual conversation topic depends on closeness and trust.
3. Clarification - improve and qualify understanding.

4. Crkique - give your judgement or point out negative (sometimes positive) features of something.

5. Description - usually regarding experience.

6. Directions/Instructions - guide, advise how to get to or do something.

7. Disrespecting - insufting offensive, mean words about somebody of something.
8. Explanation - reveals the picture or why and How things happen.

9. Expressing emotions - part of Language of the Heart system below.

10. Humour, Comedic, ioking - Humour - joking, comedian, funny, can lighten and entertain a tense situation or cure boredom. One way create jokes to plant a word that sounds similar to another word and see how the wrong usage creates a silly new meaning of a sentence or situation. Another way to create a joke is to exaggerate your emotional response to a minor event or to an element of someone's story that is beside the point of the whole story.

11. Kind words/flattery - words of affirmation, pointing out strengths.

12. Questionslanswers - probing for the answers to who, why, how, which, when, how much and what.

13. Transfer of info - data language chunks eg. content, raw or classified.

3 to 4 words per title X 2 to 5 communications a round X 5 to 75 words per definition.

Social Repertoires Conversations can be carried on creating a repertoire of stories and question about interests when with people you do not know well. More generally entertainment is a great way to relate, asking about favourite music, movies and favourite genres. You can relate by his favourite part to your favourite part within the same system or your favourite part within their favourite system. For example if they tell you their favourite musical band you can relate with your favourite musical band or you could relate by telling him your favourite song. One could go even deeper by trying to figure out why you like these things and where you're coming from. Furthermore it works by first asking permission to ask non offending (friendly boundaries determined by closeness in relationship) then use the questions to dissect type of person, or their reasons for likes and dislikes, and whether you feel the same or why you feel different.

Other topics include culture, foods - that one has experienced (or perceives) -likes and dislikes (Values and which and how you emote - see Language of the Heart).

Among closer friends one could share hopes and aspiration.

Repertoires can be thought/behaviours/emotional responses to certain types of events and the Values that theses events fall under. These repertoires become habits or patterns of reaction. They can learning best by Mentorship (simulating and role modeling), either live or possibly from movie and television character - although one might question how much one can learn from a two hour show.

You can also vary your repertoire (can be spontaneous or practiced changes), eg. a laugh that is softer or longer especially when you've already used it on the same person before.
100 words per sentence X 1,000 sentences for a round of communication - also See number assigned 1 to 800 to Word Recognition techniques above.
Dictionary/vocabulary/phrases/definitions that can be used by Artificial Intelligence/texting -email (soundless communications)/language translator/computer - internet search engine/even our own print dictionaries.

We are different since we Trace Meaning backwards to a word sought.

First we put the word/phrase into context of business or social; content is dependent on topic (An 2.5%; GV). Identifying key words below fill the slots in content and indicate the topic different word categories are sorted logic, but even the best word that fills a logic slot can vary in its ability strength to identify a suitable overall phrase. We can look at how many phrases there are in the same context (eg. business or social) that uses one of the words below.

Below are the specific logic word slots that most phrases/definitions contain.
For humans, recalling words by definitions can depend not only on familiarity but also slipping mind/drawing a blank, rather on a computer of Artiflcial Intelligence generating word from recall based on known (or partially) definition/description of the word requires the most unique logic slot words to ensure accuracy and the level of system/parts that it can probe into and the ease of access to probe and derive based on what words are in the what slots the amount of meaning it fulfills in pointing to and isolating the word sought after from similar meaning words.

Words we know are related or belong to the definition of a word and where they belong along the logic slots are below.

1. Used as a subject, its definition and or identification (general - broader search to specific - more precise search); how word/phrase used?
2. Used as an object, its in definition and or identification (general -broader search to specific - more precise search); how to use?
3. subjecUobject entity types and the word describes/names/key words that represent or is familiar system/parts - host/compartment - level of detaiUcomplexity 4. well known entities that come to mind that the related to the word/phrase sought attributes/connections/linkages/clues (which is usually related to type of usage and portability) that lead from entity to entity beyond specific subject and object of usage (just the word/phrase sought).
5. typical interactions between subject on to object (or multiple interaction back and forth), and list and rank usage of the interactions.
6. Qualifying more abstract than quantifying; type (what you measure with) and which characteristics, important criteria to evaluate.
7. Quantifying; type (what you measure with), coincide with how valued gain/loss, cost/benefit.
8. Key Word lists any of the above words to the meaning/definition/usage for the word is just one version of the word's use but by using multiple meanings/definitions/usages of the words (used together with context) as the building blocks to generate tailored phrases where generaliy it is the object/place (GP; GV) is the most commonly switchable word.

Communications usually start with a greeting...
Some Contexts are Listed Below - which together with the key words above can be used to decipher and extrapolate other related types and sub-types (A human entity can be the subject (the type of key word, and Chris can be the sub-type key word) known key words fill in the logic slots as the list above such that phrases/definitions can use these 1) known key words (types and sub-types) and where the key word's 2) each logic slot is known together with the list of 3) contexts below together can be used to extrapolate, (Ch 0.3%) to grasp at to generate, to use statistical probability of 1) + 2) + 3) form a pattern of combinations occurring (chances especially key describing-definition words and the chances of certain key words all in a all appearing including the same commonly used context) to derive further 2) words that are in missing is need or believed to exist in empty logic slots, ultimately to generate the WORD you are looking for:

1. The initiator may have a pu-pose/reason/agenda.
2. What you want from the other person.
3. Topic of communication.

4. message.
5. explain level of detail subject to needs, wants, purpose...
6. catching up.
7. gossip, sharing stories of interest (shock...jokes...).
8. getting to know, what drives/appetites, history - how they evolved to habits and what contributed to their outlook in life, lifestyle.
9. ask for something eg. question/ask for help guidance input to doing or asking other person for information or to give, or to help arrange an eg. event... or at work and ask supervisor for direction.
10. small talk, weather, food 11. for language translator, asking for washrooms...

Encyclopedia expands on closely related knowledge on the sought word; what it does/characteristics/how it functions/how it operates/wider scope than dictionaries, used for knowledge, more complex understanding, usually topical (field), the beliefs associated words that can be sorted by entities (subject, object), interactions, qualifiers and quantifiers.

Dictionaries on the other hand depend on usages (for verbal representations of meaning and communication; of entities, interactions their parts and characteristics and qualifying/quantifying) of which a bundle - definition/phrase pattems of meanings that specifically have no less and no more of each types (specific usage) of usage;
What types (criteria - specific commonly/current popularly existing not only within the boundaries of the word - definition bundle but important to definition because no other altemative substitute word has any close (level of closeness or even specffic definition/phrase niche) especially where the close definition/phrase is 1) well understood - and how closely wanted versus additional tag along deviant unwanted that shouldn't exist in the word you are looking for of definition/phrases that are included in the definition(s) of the word. 2) The Definition/phrase(s) is especially valuable because it most accurately/closely/ in: types/of entities/interactions/amounts/types of measures/environments (building blocks for more complex descriptions/explanations) satisfies answers (GP) usage needs that was the whole basis/major purpose for search.

We could use iris tracking technology so that as the user's gaze moves in chunks of height and above and below on the keyboard the digits keyboard appear on the screen.
Additionally with the addition of neural links that control the tool bar as well as dictionary search alphabetical order by each alphabet from left to right (as the word spelling begins to look familiar the User could use the neural link to verify the via definition) to create text via one word at a time. Then when the right letter and/or word appears, the User verifies via the neural link.

We could also include the ability to crosscheck the spelling of the word by voice reccxgnition technology. Pronouncing the whole word or syllables, phonetics at time.
(And/or text to voice GP 1 10).

We could also use grammar (the place to the word in the sentence) and flag signs of irregularity in grammatical rules that suggest the type of word in question and the highly believed speNing letters and place of letters in the word. Additionally we could use Logic Language word recognition that is a filed patent by Gerard Voon.

Once the known characteristics of the word have been processed we could have a drop down menu of the possible words ranked by alphabetical order and/or highest probability, by uniqueness of word characteristics and/or most multi character matches. Then the User just concentrates to scroll down the menu list and concentrates on to switch the desired word.
We could also use Neural Links (pattem recording and pattern stimulating replay - feedback) to communicate to recognize unique singling out (easy - very identifyingable, that stand out to single out words) versus words that have similarities to other words, of words. Some regular qualities include spelling, phonetic, syllable characteristics and meaning by explaining how the word is used how its is valued how i# satisfies output by types and amounts of out to inputs and interactions/operations, and substitute words that overlap or come close to satisfying usually the same input/output types and interactions/operations, and the context - such as used in basic conversation, specialist fields and sub topics, and ever changing entertainment trends.

We could also use Neural Links (pattern recording and pattern stimulating replay - feedback) to communicate (direct human networks and Artifcial Intelligence through neural to text to, and/or neural) to recognize (one way is to record the brain/mind's pattern when it uses the clues below to piece together the identity of the word) unique singling out (easy - very identifyingable, that stand out to single out words) versus words that have similarities to other words, of the word in equation. Some regular qualities include spelling (location and tall to short amounts of letters in series pattem), phonetic, syllable characteristics and meaning by explaining how the word is used how its is valued how It satisfies output by types and amounts of out to inputs and interactions/operations, and substitute words that overlap (but may have a broader meaning or touch on meanings outside (or should not touch on) of the pure meaning the word in question possesses' - also precision (An 0.7%) required; cases where ulterior/alternative meanings take away from the impact for the communicatoree to grasp the specific effect (without interference/distraction from the ulterior/alternative meanings and/or scope of coverage that puts the communicators finger on the pulse of desired definition/expression of word chosen) that come close to satisfying usually the same input/output types and interactions/operations, and the context - such as used in basic conversation, specialist fields and sub topics, and ever changing entertainment trends -whereby past time/place context and emotions that shows up in the brain/mind pattems allow two way thought to text and text to thought conversions. We could also use grammar to give further rule/context (OP 0.7%) of place expected for whether a word is frequently used as subject and/or object depending on topic, and what the communicator is trying to prove or instruct. And the uniqueness of interactions/operations which is important (for easy identifying words).

Eloquence in choice word to describe and communicate depends on distinguishing (eg.
neural links - mind to mind) can be applied including by appetite; mental -emotional drivers;
irritability and revulsion towards a stimulus upon formation of knowledge of recognizing of an identity (that can be pin pointed based on uniqueness and customization).
Stimulus come in the form of entities, interactions/activities and (given traditional - the teacher's discretion and their own flexibility in setting their own curriculum and their effectiveness as a teacher their planning eg. last minute improvisation as well as their through understanding as well forgetfulness - and convenience for organization of material to include within topic) usage/purpose/why? - that determine relationships between entities and interactions/activities that are included in abstract concepts memory model chunks of topics.
As well identification can include measurements of amounts which van be shades of grey, range in spectrum (analogue - quantifiers) and also chunks of quality, rather than arrange, features that increase the quality of a product, but can be benchmarked against competitors in the same space (digital - qualifiers). As well identification includes qualifiers. Features -digital - qualifiers can be benchmarked measured in value against a liquid currency of exchange, but often different buyers value different features differently.

Where the human and Artificial Intelligence are a system or part their experience involves the lntemai System and the Ecternal System. The intemal experience is almost nearly a slave to perception. Perception is shaped by values (values being the major criteria that push/drives the person based on beliefs - they have about a stimulus/object/entity/interactions/activities), the person's values/weighs/eyeball, if quantifiable, qualifiable:
Take some common emotional responses:
How dear to you is this entityrinteractionlactivity.

How greedy, emotionally skewed causing losing cool heads (eg. some stock market investors).

Outside a single human system is the environmental system they belong to part of the characteristics of the environment, the interactions/activities between you the human part of the environment system.

We could also create a program for the physically and mentally challenged, where several members can stay in a large home%ffice for convenience (especially considering the challenges they face). There could be a regular worker, any of the occupants need physical help. Then using, voice command, neural links, word by word, glove technologies the occupants could either using their own laptop (possibly eyeglasses screens) (eg. on their wheel chairs) or computer room computers, they could 1. study any and all education (eg.
University courses) using CD's, DVD, flash memory and video conferencing, eventually once they earn PHD's (Master's, Degrees) they could work in jobs such as computer h/w, s/w, website development... call centre, languages, business (eg. Investment banking/deal making), CAD, CAM - architecture, cars, golf courses, any and all designing, video game development, especially dangerous - complication jobs simulations the person could also use Virtual Reality Rooms and Muniple Screens Computers. (they can study at their own pace) (JZ 4.3%) Neural links could be used for any and all robotics, computer electronics control from stereos to video games, Blue-Ray players, any and all mobile electronics gadgets, eg, cellular phone, itunes, televisions, PDAs...

We could do a similar thing for the physically and mentally challenged with the poor (eg. poor countries stricken with many HIV/AIDS cases), these people could be given access to computers to work and eam money (to pay for medications, and a better quality life before they die and/or to pay for orphaned children... basically whatever they want to do with the money), eg. train and work as website development, software programming, hardware refurbishing old computers and call centres. We also lend them laptops to use intheir homes (so the trip to community centre of computers doesn't wear them out). We could even develop a local cost effective backbone.

ArtrFcial Intelligence that has Mastered Software programs and Hardware parts can help trouble shoot/tech support to fix people's computer and any and all electronics and robotics/automations problems. The person explains his problem (in producing) his desired output characteristics. The secret to trouble/shooting/tech support starts with knowing the right questions to ask. There is the generic and unsophisticated trouble shooting/tech support programs that use FAQs Frequently Asked Questions. The questions are derived from what the computer user is trying to do and where (what feature is wanted that he can't do or not or not to the specifics he wants - quality; quantity). He is stuck.
For example what output type he wants and the features (that he wants) that can be found in the program he is using (the function that will yield the features of the output that needs to be added/removed and adjusted for interface abilities versus the function's effect on the output product), the feature that he wants that can be found in the program he is using (the Artificial Intelligence guides the User through the tabeUname of the function the sequence of buttons to press) where it is found and the capabilities (customizable - to manipulate the end product). How far he's finished, what's next in the regular sequence, what qualities you want in the finished document/output product. Hardware readings (lights-rate of blink versus solid light), and the function the feedback from their meanings - what they indicate... Different ways on software programs you can achieve the same feature (eg. erase/delete/cut) - each way's steps are explained eg. which drop down menus. The new User can be taught to use the basic for the final product that meets regular quality standard (what features are used for that kind of basic end product) versus customized (sophisticated) end product, what customized qualities does he want in the finished product. Awareness of what can be used to make a better quality end product (depending on type and level of expected mastery of end product), and what the software capabilities can do - for that type and level of expected mastery (perhaps a higher standard could include a professional feasibility study using pie charts, imported pictures and graph...) versus a dry document without pictorial depictions and benchmarks that help weigh/quantify the intangibles... For example once the output finished output product is finished, or a section is finished, the Artificial Intelligence could determine the value (based on message of certain sections such as containing entities, interactions, qualities, quantities and memory models - relationships/attributes/clues/linkages/connections that tie tie together important parts including abstract sub concepts, that are pivotally important first by laying the groundwork of identities (building blocks - need to understand identities and their characteristics/beliefs/experienced in relation to the role they play with in an organized school of thought curriculum and/or organized by experience where the learning was hands-on, and strings of relationships, that are further interconnected like a spider's web (a comprehensive concept) mostly sub topics are grouped by the purpose why the course (topic) should be taught (its value - eg. critical for a profession/occupation), and a similarity to other courses/topic (pre-resiquite/further advanced studies, vertical and/or horizontal studies) and/or memory model attribute/clue/linkage%onnection...
The Artificial Intelligence can analyze the nature of the message above and recommend including presenting examples (diagrams; pictures), of columns, charts, importing pictures, with key features enables by functions that are most commonly used for professional versus a basket of features/functions - that embellish (via recommendations of if end product may be too flashy for conservative use, and/or expectations/demands of detail, high quality, and show of much/amount of work and/or show of user's mastery/command saavyness reflecting the person's intelligence).

By where (the Artificial Intelligence) the problem and/or making a better end product, we determine what level of completion, by output along the vertical development chain to final product. In a sense horizontal is where there is more than on way to achieve the same output product (the same effect on the document/output), the different methods are advantageous factors based on speed (eg. right click mouse to print and/or moving your mouse cursor to file... ) simplicity, and/or more indepth customizable features/qualities, the Artificial Intelligence can recommend what features are usually used for that type of final product.
The Artificial Intelligence can draw from any and all computer/robotics -interface and mechanical devices/neural links/any and all automations/electronics...

There is a need to translate regular words that the computer User is trying to explain, which needs to be translated into computer jargon.

1. Language to describe an output.
2. Operations to derive an output feature.
3. Actual computer jargon to the commonly used word for the software.
We could make a dictionary/search engine/on line Encyclopedia of interchangeable substitute words for any and all computer jargon, including labels for functions, types of outputs and any and all computer/internet/robotics/electronics/interfaces -neural links/mechanical any and all automations...

We could mail boot up disks - as it is common for computers and probably Artificial lntelligences Users to misplace their original boot up disks.

Where the computer can stiN download, we could download virus identification and clean up programs. We could have a central Artificial Intelligence that is programmed to trace the damage trail (also high jacking mechanism; and infection mechanism) followed to the virus source; its strongholds in the infected computers; its effects (spread over individual computers; similar patterns of spreading - softwares that are most vulnerable an/or targeted by the viruses codes); its effects since first infection exposure; how it operates via analogue effects; does it evolve (GP); what are the damages are they escalating; versus minor damages; could there be more damages down the road if not treated and how much damage (eg. operating system don't work, memory loss). Can the memories saved on disk drive be recovered, how much, where...The Artificial Intelligence can study any and all viruses since computers began and study the characteristics of the past viruses, and what worked (possibly adapted for slightly changed characteristics in the new/present virus), to characterize (GP) (perhaps try to catergorize - although most new viruses have at least slightly new/different program codes - we could single out different phenotypes characteristics of each virus and understand the lines of code responsible that make it effective against which (specific) software and why as well is the instructions of the code that make it very effective in infection rates (eg. downloading and emails) and damages and time to amount of damage of these new viruses and try past techniques that worked where characteristics can also include the code it uses to infect, the parts of a computer Pt migrates to/goes after, are most aggressive against (GP; GV), how to stop the virus via erase its anchored - installed into an operating system and/or c drive, or disable its damaging codes versus a comprehensive anti-virus program that addresses the entire footprint all the computer's parts that are touched by the virus, clean up the damage...all in real time - as viruses appear, perhaps create a blog website for people who think they have a new (even old virus), for quicker response time...

Artificial Intelligence among other things can evolve their own algorithyms as things change, write papers (fiction, non-fiction, science fiction and professional as well as thesis and essays... ) It can summarize and organize material into key words for easy memory recognition and also tech topics that it reads and analyzes from books and internet research , , =

it has leamed. It can have real time meaningful (to feelings/values/facts) interactions and answer questions, eg. via memorylbooksrnternet research...

Arbficial Intelligence and a search engine can be used to define entities, experience, concepts, stimulus/object and interactions put into context; how words portray quantity/benchmarking, quantity - can compare and contrast where words/objects have the same characteristics - but their driver (eg. desired type of output and amounts are different):

1. Description/express - beliefs that define via words, which can be used to create a portrayal of entities, experience, concepts, stimulus/object and interactions put into context 2. Portrayals - can use neural links directly; and/or via observable characteristics that drive the portrayal with a purpose/why to help understand from a wanted pointed of view with hope that the portrayal will to some extent influence the other person's take to get the communicatoree to see the stimulus/object - its role/painting picture in a (or more than) way(s) of seeing k the way the communicator see it.

Basically let the object/word of portrayal (possibly with memory model), stand alone (with major characte(stics) a robust model; a prototype; or post recreation.
Assuming in real time there is no need to create models since the real things are available. In the case that the person has no access and/or not enough beliefs(given level uncertainty)/(including any and all memory model attributes/connections/dues... as well as) versus and including proven facts/characteristics and the systems they belong to for identifying a desired object and/or word and/or answer.

Re: Memory Models When the Artificial Intelligence discovers or helps discover one or more clues/attribute/linkages/connections... that are believed and/or known to belong to and suggest to another related clue...that belong (GP) together (by frequency;
often to commonly found together eg. of coupling or groupings; also by their characteristics and meaning and strong dues/attribute/linkages/connections whose relationship occurs independently (GP) with and/or without reference to the answer/word/identity sought; the two or more clues have a relationship outside of their reference to the answer/word/identity sought) and/or also should both (or more) be found in the same system where the answer belongs or are related by memory model with reference to the answer/word/identity search.

The Artificial Intelligence, could via direct neural links instant timing and leaming the feelings to objects/events - stimulus to responses could help occupy the User's mind with spreading activation of positive (or since over positive can lead to over confident) healthy thoughts.
The Artificial Intelligence can have electrode sensors sewed to a snug fitting hat so its link becomes mobife. And also the Artificial Intelligence could stimulate the feeling/sound that causes spreading deactivation. These methods could work as one part of the mind that controls another part of the mind becomes entrenched with negative thoughts and the person loses touch with the part of the mind that should be in control (habit) and then uses another part of the mind to control the second part of the mind and the chain of control anchors goes on. The secret is as the Bible says guard your mind, vigilantly guard (align the thoughts in your mind to focus on the present task and not to allow passing thoughts -creating multitasking that in creative mode can be hard to control) part of the mind that can control your passing and unwanted thoughts with the purpose of having healthy thoughts; the Artificial Intelligence re-jog the person's feelings towards an (recreate) experience via neural links when the person was in touch and had the most control (eg. inhibited from bad thoughts, and/or entered a state that spoke with eloquence to carry off a speech).
Additionally the Artificial Intelligence can desensitize contents that underlie what the mind feels, the same feeling during recognition except recognize something else (something neutraUnormal).

The Artificial Intelligence could also help people with thoughts that keep troubleshooting everything (eg. PTSD/OCD), by the diffusing the feeling as another expression of the same thought tries to escape...

There are six or more possible multi benchmarking, meter stick for comparison, under the assumption that the end product of the teleporting will correct itself, and eliminate errors that the errors a are jut a few deviants whereas the correct states/behaviours and creations wiil drown the aberrant errors.

Please note receivers can be used in the place of as error checking from Quantum Repeaters.

1. Atomic(s) - Transmitter A (Alice) is entangled with transmitter B (Bob).
2. Input beam from V (Victor) to A (Alice). V (Victor) send the same input beam to B
(Bob). Thus ensuring the entanglement high fidelfty.
3. There are four number 3's, 6 if you count A (Alice) and B (Bob) they are all entangled and each is a transmitter. Each transmitter is entangled to photons that are entangled to 4.
3.5 The relationship between 3'd, (level) - sender and 4th, (level) -receivers that they are all entangled and also (and may even be sent separately (eg. in packets... ) and 3rd level teleports (sends) photon states/behaviours eg. via fiber optics.
4. A (Alice) is also entangled with 4th (level) procedure, but the connection between A
(Alice) and C (Charlie) which itself is located at destination or locally grouped nodes 4"', (level). There is an bridge X (X-factor) (strictly connected between Atomic transmitter A and Atomic Transmitter C) whereby new behaviours/states of information/changes/atomic molecular/patterns any/or any and all things are sent from C (Charlie) to A (Alice) which are then sent via A (Alice) and entangled to B
(Bob) all the 3`d, (levels) Atoms and all these new behaviours/states information (eg.
binary, atomiclmolecular pattems/any and/or all things) are then are passed on via photons (pulsed) to their 4th, (levels) counterparts. And then A (Alice) and all the 3'd, (level) senders make (perhaps using homodyne detectors) Bell state measurements such as the quadrature phase ampiitudes (which will destroy them but not before they send their information/material) to the 0, (level) Atomic receivers which each separately can recreate the information/materiaf of the changes sent by X (X
factor) to A (Alice) the information/material (these 4th, (level) atomic receivers could even have their atoms masked by a lead covering to keep from being entangled by each other. C(Charlie) after recreating the information/material from location (Source) Atomic transmitter A (Alice) sends a input beam back to X (X-factor) for verification (then X (x-factor) measures the overlap between the input and the output beams.
Further verification can be done by reentangling all e, (level) receivers' new atom pattems or informations under the assumption that like a multiple lens camera (I
believe it was developed by IBM although I actually came up the idea some time earlier - the concept is also used the security industry to clear up video images) we first hope that the four 4thth, (level) duplicates will entangle and the similarities will dominate the (eg. more random errors) and line up. Assuming the teleportation was near good fidelity, then further reentangling the duplicates we hypothesize that their common elements will spread/dominate so that - depending on the need for fidelity and the magnetic interference we could 5. Two of the 3rd, (level) (entangled carrying the materials/pattems/behaviours/states from X (X-factor) to A (Alice)) and sends photons down separate paths to 5"', (level) atomic receivers.

5"', (level) atomic receivers (there can be one for each stage) can be kept in lead coverings and only brought out and Homodyne Detectors to make Bell State Measurements and the atomic receivers end stage (per Quantum Repeaters).

In addition to fiber optic cables (eg. for photons to pass through)/copper lines and satellite, as well as radio (including nano radio). Other applications, include TALL GRAVITY
TO
ELECTRICITY INVENTION patented by Gerard Voon, whereby the arms that are starting to rise are teleported to the top of he invention. Telecioning - over distance and duplicating any/and all things even organic life... teleport of transport of any and/or all things, Quantum Computing, binary and/or base 10 (eg. 10 transmitters and ten and/or more receivers), transport batteries. Any and/or all things that require quick delivery. Also diodes, semiconductors, water, food...

A nano radio could be used to an AM/FM - binary computer or two nano radios could run a binary computer.

A nano radio that by turning on and off on the same frequency (Channel) processes binary, where using another frequency (channel) will increase the processing power to two simultaneously, thus if there were 100 frequencies (channels) we could create a processing power of 200, simultaneous nano processing.

Or better yet, Frequency Channels (both AM and FM) grouped by 2's to create a microprocessor that is capable of making 50 to 100's of binary processing simuttaneously.
Better yet we could incorporate the nano radio into our Logical Language Artificial Intelligence and Intuitive Computer programming as described below.

We are developing a nano radio computer (diodes, semiconductors... ) where Logical Language of systems and parts are assigned frequencies (each frequency channel probably can be closed cable of wireless) represents systems (landmarks) and then the same frequencies can be used to represent a part within that system, but are assigned an extra code (even ranked and then represented by pitch or bass or tone which are assigned bar by bar (scrolling Je 0.2%) by level of detail down the landmark/system to parts within the landmark/system of which the part is a system itself made up of more detailed parts) to show that it is a lower level of detail.

The part within the system can be organized by type, operation, function, or combine with memory model (GP 0.5%)which is based on core parts within a system of relationships (used to identiFy and also to code info to make it memorable). We use this method depending on how important the info is to us. Next we judge/qualify how we expect how easily to notice these relationships/attribute/clue/linkage are by the entrance point - anchor (the entrance point being the entity/system/part or interaction that may be close enough and frequently used enough and important enough to be grouped in the sought answer's same system, we tum to less likely entrance point when our search requires more confirmation).
Some ways of grading what entrance points and relationships/attributes/clues is the easy of logic (obvious strong relationship that strongly suggest by answering the identifying question), next we have unique or catchy as well there is comfort/very familiar so another not yet considered or new attribute/relate/clue between the sought answer and the same or another entrance point - anchor stands out (so familiar with old system) that obviously notice the difference (it stands out).

Furthermore we can arrange the info by attributes/clues/name/size type/modified/date/usage - organize the dictionary and Encyclopedia by similar meaning - not just by subs6tute words but by Logic Language of systems and parts and the part's systems recognized by names/symbols/representative words/... (for vocabulary - thesaurus) complex systems - eg.
manuals, complex models - scientific, physical nearness of control device to the User, importance to whom?

If we use multiple nano radios (micro chip/processors) which can be all on the same computer or over nodes on the intemet, we could group by similar groups. For example at the same level of detail (here there are 3 radios), all similar infos are organized into the three groups. They can be organized as above by such characteristics as operations or importance of usage, for example 1) identify 3 parts at a time or divide a task or job into 3 sub tasks 2) or divide the work by 1. as the system overview of the work system, and the step by step processing of sub task by subtask depending on what the average time required to complete and the possibility to be able to divide the work of the larger tasks should it become a bottleneck where the 2. large task must be completed before the 3.
other nano radio processor can start work on the next task...

Work is done by understanding the work/job/task, need of entities (whose varying qualitieslqualifications - measured by metrics) do work by interactions.

SOME EXAMPLES OF ARTIFICIAL INTELLIGENCE WORK THAT INCLUDE:
DOING WORK USING Nano Radios (micro chips and processors) WITH ARTIFICIAL
INTELLIGENCE

We INDENTIFY AND QUALIFY ALL FACTORS OF THE WORK PROCESS AND IDENTIFY
STRATEGY DECISIONS

The interactions need inputs (usually in some line of supply chain) and their timing to addition (adding value) and experience needed to determine optimal conditions output.
Output market can Business to Business, Business to Consumer and Infrastructure. Part of understanding and controlling and learning about the interactions is by observing the operations, the modus operandi. Metrics (GV GP) in business include, organizational efficiency/productivity to operations, and to investors and other stake holders Appraisal, Thesis, Business Plan, Movie or Book or Essay Script, cost/benefit, Multi criteria Analysis, PERT, GNATT, Scenario Analysis, ROI, EPS, E/S, trading past behaviourial Pattems. What are the pre processing hopes, expectations, forecasting and objectives.

Functions can possibly be vertically cascading (eg. derivatives) or simultaneous, combination, some inputs interact in tandem while others require previous steps at some level of completion (there are the necessary inputs and their necessary timing the features and the quality and cost of the final product depends on their contribution necessary to the core operations or to new features or degree of contribution necessary to derive a type of or feature and their qualities).

Other info is organized by theoretical beliefs (data/ and info supporting), complex (cause -effect) woven together by simple building blocks; the effects may need muitiple inputs (depending on the reason for different requirements) possibly multiple times when to complete output to obtain objectives (optimal outputs) per cost of inputs.

Challenges may be within the Users control and if not the User must manage what he can change to manage a way around the challenge/obstacle.

In the case of multiple radios we could also assign one radio as the main radio, to track input, output, challenges, tracking, observing, the operations' characteristics, behaviour for correctness and application and innovate, eg. portable - electronic convergence or similar pattems of consumer trends, and shared parts.

Under a different code (eg. AM versus FM) or bass or tone or pitch we could assign rank a mood (medium term) biased repertoire (basket) of emotions (sometime overlapping with short term emotions) that both are usually triggered by a stimulus/context/usually compartment depending on length of exposure and emotional memory (eg. lasting threat), unless the Artificial Intelligence wants to break the habit mould.

DIAMOND COMPUTER CHIP

We are planning to develop diamond wafers created from vapour technology and then drill dimples for the carbon and nitrogen to be placed in using a micro viewing technology for exact placement. Then we wili spread a layer of diamond dust (and carbon) below the wafer, emersing the bottom of the wafer in the dust and then spreading a layer of diamond dust above, then clamp down and (with a anvil or pneumatic press, or hydraulics) and turn up to the optimal high temperature, and keep redoing this process (filling in flaws and repressing) and/or shaving and sanding and buffing away unwanted protrusions until the wafer is flawless. We could also (stamp 1% GP), rolling press, template or have row upon row or column upon column of diamond chips that can be grouped into 2's of which the groups of 2's can process simultaneously.

Or we could assign Logical Language system/part representations for ArtiFcial Language and/or Artificial Intelligence.

Another way is for 1.) FM to frequencies to cover all the parts within one level of a system (where each part appears as a (memory model) representative name/representative word/key word/symbolninkages/bridges(GP)/connections/relationships/clues;
these logical representations can be sorted by name (alphabetical order), size (of bytes in to most of the relevant material), date modiflesJwith a tamperproof date created stamp, type (for example pictures can be gathered to one section; furthermore key words and the associated entities, interactions, metrics (identifying context and their characteristics) can be either underlined/bold/slanted/or open or close (on either side of the page) brackets to the height to include a bundle of lines; the computer or Artfflcial Intelligence can be used rank key words . ,. , by popularity or importance to the general public (eg. polling the public - or pay money to honest people with difFering work and home, and social lives (backgrounds), or the computer of Artfflcial Intelligence could keep track of how frequent the owner uses a representative word/symbol and how critical it has been to him in the future and remind (alarm the person of the representative word's need attention urgently as the needed reminder for the date reaches the time) or and 2.) AM to page through different levels of systems down a part then expanding to show the parts within the part (which in a micro sense is a system of itself -made of parts)...the most expansive/vast system is that that riffs of the human physical level, because all buildings, houses, control mechanisms and even ecosystems are engaged via functioning (GP) relative to human scale. Only natural ecosystems that haven't been conquered or setttedrinhabited such as space are out of the scale of human physical compartments, despite their distance we humans have even found the abifity to telescopically observe learn from the vast celestial bodies and of course humans will probably never master time, which are then a way of recording, assigning a unique identity to a scenario, situation, like a time stamp. We have also found ways to record the past (eg. via video recordings), and plan for (manage; GP) the future, by assessing the opportunitiies and threats...

Since the levels of systems to parts ... aren't as numerous as the total parts within a system (FM frequencies dedicated space), perhaps we could assign half of AM
frequencies to landmarks (0.3% GP), for easy overview scan from the top representations down level by level of detail.

We could also create a Utube version of Neural Links, where people can record their mental experiences over the internet website, even create real time experiential stories even in movie theatres and/or television and/or computers of which the experience can optionally made robust by Artificial Intelligence (eg. adding other characters and the different environments) - the Artificial lnteiligence can build up a library of experiences. One way is to build modules with electrodes that either hook up to the Artificial Intelligence unit/computer/television and or mobile wireless hook up any where including at bars/sports events/concerts/theatres Furthermore identities and representative words and labels (systems) (we can record meanings BY NEURAL LINKS such as basic idenfities eg. entities and interactions, and threads of logic, eg. memory models, defining words and chunks of purpose driven multiple identities attributes/cluesAinkages/connections into complex systems of inputs -operations/functions - outputs and overlapping of other related systems where fully grasping/understanding on system depends on knowledge of the parts of another system from each person or group of people's point of view the parts you can influence and the parts you can't influence) - can be defined based on the qualities (can be either sequential and/or independent) they possess (parts that belong to that system). These identities...can be overlapped by substitute words based on usage. They can also be differentiated based on quantities of the qualities they possess which are usually in a spectrum or range ... Dictionaries usually use the 2 tools to define words. 1.) description, belonging beliefs that categorize (a word's upper system/grouping that it belongs to) and separates (GP) differentiates/distinguishes/unique/customized (customized goods are usually man made) from less worthy/unpoignant enough largely based on differences between type and condition of the quality (parts belonging). 2.) Usage of the word is demonstrated in a type of sentence or short phrase that word is commonly found, from most common usage down the list.

We would like to make several identical clones (telecloning) via possible multi entanglements and multi BSM, and/or slow down the teleportation process so that we record -the measurements and use the records (one usage) to duplicate the creation of multiple creations (as many creations eg. mass production as we want - which is probably the most useful if feasible GP 0.005%; other applications includes long distance high speed communications - including multiple nodes; very secure encryption although if multiple recording of telecioning creations (measurements) are possible than encryption codes/keys would be breakable), telecloning - of the first atom and its new properties (see some of our methods and techniques (see Patent Title: Quantum Things II Owned by: Gerard Voon) and below where they are applied to any and all uses other uses such as understanding how atoms are destroyed and created - the laws of physics and nature on the quantum level.

In addition to fiber optic cables (eg. for photons to pass through)/copper lines and satellite, as well as radio (including nano radio). Other applications, include TALL GRAVITY
TO
ELECTRICITY INVENTION patented by Gerard Voon, whereby the arms that are starting to rise are teleported to the top of he invention. Telecioning - over distance and duplicating any/and all things even organic life... teleport of transport of any and/or all things, Quantum Computing, binary and/or base 10 (eg. 10 transmitters and ten and/or more receivers), transport batteries. Any and/or all things that require quick delivery. Also diodes, semiconductors, water, food...

We also plan to study the phenomenon of quantum teleport... by slowing down the rate of entanglement and the effect of atomic senders A (Alice) (perhaps using homodyne detectors) Bell state measurements such as the quadrature phase amplitudes (which will destroy them but not before they send their information/material) to via photons atomic receiver C
(Charlie). By slowing down the measurement/creation process and using a real time, video (eg. with the Multiple Lens, Microscope - strongest in the world) and the photon conversion process, we could dissect the and perhaps even record the measurements/creation (their rate eg. same progression speed, the specific properties that are perfectly teleported;
communicated... and the properties that degrade over distance or are more sensitive to magnetic interference), the interactions between two different types of objects.

We plan to slow down the measurement/creation between entangled atoms and photon conversion process, by using DNA from salmon sperm (and/or any and all sperm from any and all sources), forming an energy barrier that slows the processes. We do this to try to take DTI view with high speed multiple lens (electron type) microscope to study the sequences and development of the measurement/creation process in conjunction with the sperm, and the most powerful zoom and depth and highest speed camera to observe the sequence -analogue and/or digital which parts change before which part and the opposite correlated part by part additions (eg. bonds, spin of electrons how their properties develop sequentially or have an order and if this order is always the same even with different atoms/molecules) time - space (changing) map of the specific entity and/or entangled and or atomic clouds.
We still know very little about the BSM process. We could also check for energy residue and in the case of atomic clouds, and/or single atomic entities (which may be harder to weigh) (we could weigh for residual mass of the transmitter that is destroyed/measured atom(s) and use light sensors to detect energy (light) a possible residue from the atom(s) that were transmkter that is destroyed/measured). We hope that we can shine some light on the intricacies of the process what are the building blocks that anchor the process, what stages are necessary (critical, important versus urgent deadline) for following stages, is there a controller (part that knows the blueprint of the destroyed/measured atom(s)) or is there a law of mathematics or physics that is encoded and accessed, engaged that so that the receiver knows how automatically - like a DNA regulating cell functions - programmed by natural laws to copy the BSM properties recreation/clone obey and react to form a perfect duplicate. (GP
0.7%) (0.5%) Another thing we could do is delay the BSM process and even break it at different stages (by covering the atom(s) either/or both the transmitter (undergoing BSM
destroying/measuring) to clone forming/creation process - with lead to try to block the BSM process at different stages...can the BSM process be arrested, at which stages, what are the effects, also to study the parallel destruction and recreation are they correlated are they same part by same part; to study how much of the timing of each part of the two sided process is correlated and eg. at what point of a part's (properties') stage of destruction in exact correlation in timing and/or is the recreation not entirety dependent (as some rules (laws) of science) guide parts of the matter (and its parts and its energy/timing and its properties including the properties that atom shares with its parts). Furthermore ff you disrupt the process what happens are all entanglement and BSM processes (given ample signal strength and vacuum and no electro ? magnetic waves - fields) all on the same parallel timing (chronology identical process, if not what is causing the interference) among all similar teleportation experiments - what are the resufting states/properties how much has been completed, is the completed amount stable in terms of the transmitter atom(s) and the receiver atom(s) (that are disrupted via covering with lead) and then what happens if the disruption is ended, wi11 the BSM restart continue where the earlier BSM was left off, does it automatically or do we have to redo the BSM process, can we even start the BSM process part ways. (1 % GP) (0.7%) By slowing down the measurement process we also want to identify where the raw materials/building blocks come from, (especially if the creation/receiver atom(s) build a new atom(s)) come from, the source, input (if there is a need for raw materials/building blocks -nearby; how near must the building blocks be?) to create/change to whole new atom(s) in the same form as the measured atom(s) that are entangled (GP 0.68%).

We plan to create every and all new materials (better traits) by using entanglement between tow diFferent atoms and taking their BSM. Examples inciudes: diamond rubble and carbon entangled rare gems and one of the sides whether the more valuable side is measured against the other or the other way around which ever produces the best traits... high grade gold measured against low grade gold; nano fiber measured against Kevlar and/or Teflon for both flexibility and strength and bendable give... Any and all combinations...

Artificial Intelligence can also Neural Links use psychology such as 15 ways to UNTWIST
your thinking.. as well as Ieaming the feeling (eg. experience a pre recorded mind that stops twisted thinking - aligning the thought as a straight focus in and learn to ignore unwanted thoughts no focus on thoughts such as trouble shooting - its not going to help if you worry, furthermore sometimes by trouble shooting as a habit you end looking for trouble and keep noticing dangers and worse case weaknesses everywhere) once stopping is mastered then use feedback to alert when the patient's mind is (eg. OCD) starting the twisted thinking again (eg. lets guard goes down) - even diffusing the twisted thoughts as early as the patient can feel the activation beginning. As well the mind can spreading deactivation of the negative thought, or substitute spreading activation of the negative thought. Also to move on from mental/emotional baggage/baggage the patient can consider once a decision is made to no longer worry about it. And also the person can Ieam to distinguish between appropriate activities in demanding contexts. Also knowing when to pace and lead backing off to avoid conflict. And seeing a digital (no matter what point along the analogue movement) of a phantom limb, empty cavemous space. The Artificial Intelligence might also be able to help calm hyperventilating by helping the person control the diaphragm, and the back expansion causing the rise and fall of blood to flood the brain whose pulsing pressure which can also jog unwanted fear driven (PTSD?) thoughts.

Artificial Intelligence could find/generate answers/specific pieces of knowledge/key words and string them into a web of beliefs where knowledge/understanding (of various levels) of one or more beliefs (parts) supports/iays the groundwork understanding of a broader system that incorporates these minor beliefs. Broader systems includes concepts, manuals, operations knowiedge/understanding (especially controls), instructions, how to handle basic, middle and expert mastery for practical things, versus more abstract fields like science, law, medicine, business... See below for the process:

Key words are representative words that are most effective words (eg. labels) that bring to mind -1.) ease to awareness/access 2.) important information whether by memory model reia6onships ciues/attributes/iinkages/connections, and/or other unaccounted for relationships/associations, and/or system/parts belonging, whereby the key words and the and their description (Dictionary) for usage and/or the information that falls under the key word's umbreiia/footprint (Encyclopedia), the person could anchor these key words and their feeling to tip of tongue memory to incubate their search for a related part or system. And also keyword are key descriptive anchors that are defining point that are needed which are 1.) keep slipping the mind/memory/awareness, 2.) new and unfamiliar and unsure about the extent of a key word's meaning coverage, to make sense of ideas/concepts and other complex web of beiiefs/informations.

Your choice of pieces of informationJwords you're trying to express (the point home GP) to get across its identity and relationships what, how much, how it fits into the grand scheme of things (systems/parts belongings) and more and more specific parts. We could create an identities search engine, induding nature of the identities (memory models) attributes/ciues/linkages/connections...of which relationships are defined as short term to long term interactions. Where in the grand scheme of knowledge how quick access can we get to the answer. In the grand scheme you know it exists your memory when you encountered a stimulus encoded your feelings/emotional reactions based on how you value the stimulus (and its parts), and how in touch you were then and now (trying to recall - eg. if full emotionaUfeeiings that you fek back when the memory was encountered is incomplete, it can come washing back when it crosses your mind in the future, by keeping what you believe about the memory and your emotional/feelings response on the tip of your mind, available to awareness when cues such as resting and/or having free time and/or beginning of change which is usually a good time to reflect on important things in your past) Therefore feeiings/emotionai reactions can depend on not just values but also how in touch we are with our feelings/emotions (tendencies) expressed by intensity fight or flight (cortisol) the extreme and immediate reaction to loss, versus hedonistic greed (happiness) the extreme reactions to gain, versus moderation - balanced (perhaps leaning toward happiness is healthy), uncertainty unable to find an emotion to react with - indifference, shock, confusion...

A person can map the grand scheme of their knowiedge simply with remembering times/places (system/parts and their belongings) associated with the piece of knowledge/words they are looking for. Memory models are more comprehensive for those hard to remember pieces of knowiedge/words (eg ciues/attributes/linkages/connections).
The access to memories of pieces of knowiedgehnrords depends on how well the person understood (and the memoberableness of unique and catchy interactions) when the piece of knowledge/words were encountered. Mastery of the most poignant (sometimes muitipie) uses/description(s) the most relevant based on the piece's of knowledge/word's ability to explain/reveal via beliefs underlying that make it suited to the Users purpose. How the piece of knowledge/word that has been dug up from memory of either the User and/or Artificial Intelligence satisfies the qualities wanted/needed/requires from the piece of knowledge/word which is based on what the User wants to use it for. One way to explain it is that its similar (substitutable to another word), to another word except either it would/should/could include certain (or more than one) qualities or another piece of knowledge/word may satisfy better via the pieces of knowledge/words' qualities and amounts (measurements).

Grand scheme sees each word as a system and the descriptions belonging to the word. We could create a pieces of knowledge/representative labels/key words (hereinafter referred to as key words) generator. For each key words typed we list most commonly used key words that are related, we qualify the key words generated by updateable memory models, and where the person's area of Iife he wants the key word applied to, what are his value and interests, changing trends/demographics ... the most popular key words for different areas in life - occupation; field of study; skills; family (eg. how to parental skills); social skills.

Please note that both ArtiFcial Intelligence and computers are used interchangeably above.
We want to develop building (homes/offices/apartments/condominiums) batteries, that stores electricity. Thus the User can buy electricity during off peak hours when utility providers offer the lowest costs. As well as manually buying during off peak hours, the invention can be programmed by personal Artificial Intelligence and computer software/algorithm settings to buy and even sell electricity as MWH rise and fall. The management of buying and selling can be controlled by linkup to a central centre that extrapolates when demand/supply factors (eg. Seasonality) will rise and fall (based on forecasted events, timing...).
This electricity building power plants can also feed into hybrid cars. Control over buying and selling can also be done by wireless device that the User can carry around with real time streaming information of on the utility rates (VOIP option) - depending on the grid you are on. The invention could be trade on a band as well (if prices rise above a certain level then sell and if fall below the buy).

Additionally our device could hook up with GPS and record real time what nearby gasoline station prices are that can read the prices and the namebrand of the gas station vocally - for hands free usage in the car, rank the ptices and the proximity to the gas station and then provide map to get to the chosen gas station.

We could possibly put a GPS device at every gas station overlaid with a map that has scale measurements where a central station (possibly Artificial Intelligence or computer software/algorithm) can trace the path of a map by drawing a line following the pathway along the streets - including windings streets (meaning the extra distance of winding streets are also accounted for or optionally as the crow flies) to extrapolate the distance of the pathway from the driver's position and the generated shortest pathway to the gas station (or really any location on Google Earth - eg. restaurants could be given GPS
devices that tie into our mapping systems), traffic information could included - whereby local live traffic reporting news companies could red flag streets where there are bottlenecks (eg. accidents).
As well streets along the route might have daily bottlenecks depending on traffic to the Central Business District commuters coming in the morning and leaving to the home in urban neighbourhoods (the Artfficial Intelligence/computer could remind or just blinking flash on the map to the driver that the route he has chosen travels in rush hour bottlenecks).

=

Labels for objects (parts - entities) in pictures And or the whole picture as a compartment (where the entity would naturally be found relative level of popularity according to what benchmark which is gauged against) based on what's in view (what you can see), including place, location, time, identifying scenario.

Labels and the substitutes that do the same (therefore fit in the same the category). Then further singling out identities by what the difference is how much impact (weight importance) the difference how easy it is to make out the boundaries (both in physical view (eg. moving entity against background extrapolating the rate of rotation and the known shape that comes with the believed identity able to extrapolate changing shape as the other faces (contours -valleys and hills and protrusions, angles dents and sharp protrusions) (also the parts that belong to one word that don't belong to another identities eg.
entitiesrnteractions, which in dictionaries come in the form of numbered descriptions/explanations where entities are subject and objects, and interactions are verbs and there is often an example that uses the word that exemplifies the a use in the topic it is strongly or frequently/commonly/popularly used with as they come in view (amount of factors - parts/components - many building blocks (entities, interactions and collective entities that belong to a complex system - usually driven by desired outputs and constrained by inputs costs and availability) -details/subtle -micro and mixed (the amount of important meanings that intersect). The overlapping impactrmportance that are different and to whom.

Dictionary/Encyclopedia/Rosetta Stone/Artificial Intelligence Strategy We can determine the level of detail by whether it is a group/category (we start with this, because in the immensity of world knowledge, it is easier and quicker to put things that have much in common (painting with the same paint brush) especially if we lack the expertise and/or fluency and/or memory to make a specific partition/diverge/differentiate/separate and secondly to single out a unique partition/diverge/differentiate/separate object (eg. a specific name) separate from the grouping/category.

We can start organizing what information we know about a system and/or part from memory and then integrated with an Artificial Intelligence researched answer.
Depending on use we want to apply to we ask:

We can rank questions for each search (customizable) by probability the question if answered as expected w9ll partition/diverge/differentiate/separate the word from other close meanings and in the case where there are no perfect words with added qualifiers such as benchmarking, against other words that possess the same characteristics.

1. Who - people, collective groups, organizations...
2. What - objects, things...
3. How it is done, how to operate, how it works, how its used - agenda, purpose -driven by wanted outputs given supply/demand, cost/price constraints; if its worthwhile - benefits worth the costs effects to what party and whom.
4. Where - place, location, compartments, space ...
5. When - time, chronology and/or benchmarked by milestones, events and/or mix time line,...

6. Which - alternatives We can rank the type of question based on the answer that will fulflll your uniqueness of usage (weighs the criteria) and then partition/diverge/differentiate/separate what info is known and which questions that you can answer (further complex input/output interactions), contents/beliefs that make up bigger (eg. feasibility studies) (new words most probably known by the targeted readers and their meanings), subtopics that are linked by attributes/connectionsninkages.. .

Given that the Artfflcial Intelligence can read books, it could actually do library searches and research over the intemet, taking into account the Abstract/Purpose/Hypothesis/Study/Problem Solving/Analysis/Decision Making -from Law, to Science, to Business, any and all subjects and write (even suggest how to divide the topics into chapters... eg. Abstract, Introduction - what we hope to prove/test and the cause/effect - since we need to study the theory is probably hard to prove since it hasn't been done before therefore we would probably be happy just to start results that prove an association, teaser highlight interesting parts, explain what your strategy in presenting the material, what you need to know from earlier chapters - their explanation of background -what is previously known - history, Methods and Materials, Conclusion, Discussion).

(GP New Only 1.85%) We could also use neural links, Artificial Intelligence and text to voice and voice to text and eyeglass interface to perfect eloquent fluency and pre-check messages by Artfflcial Intelligence filtering key words (offering better words to choose from based on prodding questions relevant to usage), and summarizing message, via reffecting the points that the User is trying to say in context of attributes/cues/clues/connections/linkages (eg. place and/or time andlor activity).

We could start with a photograph and/or video freeze frame. Then we either make it into a print and/or oil and/or water colours painting. We compile different master painter's techniques, for painting similar objects at similar depth/distance and place different objects and entities that are located in front/behind, to the right/to the left, above/undemeath and different depth/distance (possibly overlapping one another) at a given amount of lighting (to fill the spaces in-between. If the object being painted is not in the database (of labels), we could check the database for objects with similar shape and pick and choose the and adjust angles and contours of the brush strokes you want that is similar to the part of the of the object that you want to paint. Furthermore we could hire master to paint the objects and save his/her (sequential) brush strokes.

We could even seli paintings with sequential brush strokes for each object/scene/entities and then allow the User to make changes to the brush strokes.

The computer/Artificial Intelligence to imitate a Master painter's style.

Palette colours (mi)ing for new colours), and the amount and thickness/consistency/thinness and what part of the brush get the most heaviest colours (darkness versus lightness).
Layers, strokes (rate of curve and/or straight crosses) - to produce the shapes that are dependent on speed of strokes, brush and spread brush, above/below and changing side to side consistency.

Including eg. shape of trees (how many) the front trees blocking the back. 3-dimensional convergence in size as the (stream and/or road) meanders into rear/background:
for distant background only large objects (eg. mountains) take up fairly large space from painter's/picture's view location.

How long to apply pressure given speed of brush stroke (pressure in the middle, versus muitiple more pressures in between moments of low pressure throughout stroke).
Perhaps we could record every stroke done by master painter and categorize them by characteristics (and varying scales sizes): objects parts of an person, fruits...; scenery -mountains, forest, types of bodies of water, weather...entities/interactions...step by step brush stroke after brush strokes (and drying time in between), CD's, DVD's VCR's that is created as a library of a Master's paintings that the User can manipulate (customize switch brush strokes as well as substitute brush strokes by created User of from another painting. They could even practice imitating the brush strokes by placing a transparency over the current selected brush stroke on the Master's painting process. As well Artificial Intelligence/computers could generate paintings from prints/pictures/eg. from cameras (eg. digital) and scanned pictures and video stills, and decide how to go about painting even so far as to imitate different Master's Painter's style to represent the parts and of different brush strokes... Also we need to take into account straight versus curved strokes, (analogue curves) versus sharp (perpendicular;
angular) digital brush strokes. As well the computer could blend in the colours We could also have a dictionary of strokes for picture symbol languages (DLD
78%).

In additions to visual (multidimensional objects/entities/interactions), the browser can ask for anything (with the Artificial Intelligence that, depending on versions has levels and areas of expertise)... If the Artfflcial Intelligence trained expertise can't answer the Users questions 1.
The Al can look up the topic and research using memory models (process of elimination where in a more and more specific belonging where the answer lies, how to solve, calculate, value, creating new algorithms, and evaluate non-numerical criterias, and even data mine) to probe the Users knowledge and qualify what the User (what is the most probable clue/attribute given the information already confirmed (or already measured highly probable -list) about the answer's identity that we can check ranked by order that will add most significant confirmation of that answer, 2. iF a field of expertise is not identifyable then direct the User to a Artificial Intelligence that has broader scope of expertise, 3.
finally if neither Artfficial Intelligence or the browser opts any time for can go directly to a call tech support centre. The Artificial Intelligence can at the behest of the User send the criterias that the client has mentioned that they are looking for; what avenues of memory model and search engines have been tried, all to the techie call centre...

The Artificial Intelligence can quick read and organize document information for the User to save time and effort and even package large documents for delivery over the internet eg.
email (and/or attachment), download/upload...

1. It singles outrdentifies key words (ranking and delivering by dependence the keywords - words that define for whom the level of understanding will be appropriate to identify the subtopics covered for each topic and that the message most relies on to get across the (points GP)) (and possibly summary important points which organization the User decides) such as entities/objects, interactions, quality and quantity which are ranked by information chunks and sent first as a preview of the place in the grand scheme of knowledge download then listing the key words ranked by importance scale (eg. number from I to 10), create a link between this word and other related words by memory model and/or the same word used elsewhere in other places in the document or related documents (and the level of importance sought that the other key words usage eg. I to 10). Then ranks them by the dependency the message is on each word per sentence and chunks of related sentences, and strings of sentences that are woven from separate sentences not necessarily consecutive, yet are related to make the a theme/broader concept understandable and/or they might just be other aspects of two related key words expounding another area that the words can be used in. Judging the keywords can be memory model -attributes/linkages/connections/clues/relationships (can even be latent/dormant) bonds that ties entities to entities/objects systems/parts and the belonging often characterized by closeness in some form and/or the strength/powerfulrmportant given the usage circumstances eg. two entities or with interactions that belong together, that can be used to identify entities/objects. Entities/objects (who, what, where, when, how and the detail, directness and interactions ... answers the questions what is being done to whom, what are the effects to (whom), the input source (what/whom is the giver) and the types of inputs how the interacting operate and major (all major players and inputs and outputs by criteria where monetary value not measurable -benchmarking between eg. inputs criterias and output criterias) outcomes, to whom and what (the eg. relative sizes of impacts to taker. These are the building blocks of meaning.
2. Grammar is added as further if desired to complete the document, providing context how the entities/interactions relate revealing organizatioNlogistics/orientation, how the entities/interactions relate, grammar orientates subject from object, who did/acted on whom if not included can lead to backwards interpretation.

We could also link the quantum teleportation system from server(s) to server(s), for companies requiring high speeds.

For a cheap pick me-up and constant stimulation we could record people's minds on electro-pulse therapy, either on the scalp, microwaves, embedded microchip in the brain and/or in the temple, neural links or ear devices...the device can have itunes, zune, MP3, CD, DVD
memory space for songs and or mind sounds of a person being taught or learning topics/information. The music can prime the brain to open (keep active, keep the brain from slipping out of awareness towards what the reader is reading), priming the mind to open and prepared for studying together information chunks, how they relate to each other (salient to course points that the professor wants to teach - wants the student to leam) required for understanding level of concept mastery. The professor determines given time constraints what each level of Mastery (what topics - systems/horizontal - and their detailed/subtleties -parts of parts/vertical - levels to include).

We could also use neural links and VOIP to make hands free voice command devices (eg.
car and/or home and/or portable electronic device(s) such as audio - voice and/or mind selection sorted by compact discs cover/musician/song in collection, and/or choice identified by key (eg. repeating) lyrical words (in bunches).

We plan to make televisions that that can be placed on clamped stands possibly on each side (for stability), or a centre stand that can be pivoted from side to side and rise or lower by remote control. Televisions can also be mounted on wall rails or hanging rails as well as lights, these rails can be made to function as magnetic levitation. We could do this for and all electric devices (eg. speakers).

We are also building an office robot garbage pickup service (possibly running on rails (GP
50%)), even magnetic levitation rails, - even magnetic levitation robot window washers where the windows are tinted to contrast streaks and droplets that require specific strokes, and keeping the blade clean - re: the robot office garbage collector it could have different containers (and/or multiple robots) to collect glass, plastic, paper and organic waste.
Comers could have electronic markers and each stop could have electronic markers.
Furthermore if a office/cubicle, has additional waste to throw we could have a push button alert/waiting in line service.

Another new technology we are using is magnetic fields to wirelessly power local hub. Our unique technology is to create adaptors/receivers (wireless and certain models may be remote control) that plug into the normal electric cables (prongs) to any and all electric devices. This way users have two options, wireless of locate their electric device next to an socket. JZ (2%) One way of being selective about the electric devices you tum on is to assign MHZ to different (perhaps groups) of receivers:

1. Any and all batteries and their chargers...
2. Lights and/or light segments.
3. Laptops/Computers 4. e-devices, text/visuaUvoice 5. Large audio/video equipment 6. robots 7. Any and all electric devices.

Individual Adaptors/Receivers could be set to certain MHZ for single power tum-on this design is advantageous when there are few electric devices in the vicinity.

One spec'rf'ic frequency could be allocated for generic uses, so visitors/guests don't need to figure out what MHZ to tune their adaptor/receiver, for convenience versus the rest of allocations can be allocated and/or set to default.

Other uses include business offices/homes/condos/hotels/conferences centres/University Classes (eg. engineering/Computer Science), airports, trains and train stations, industriaUwarehouses, skytrains, atriums and waiting rooms, lounges, restaurants and and all places where thre are large congregations of peoples (0.5% GP).

A remote control could be used to select what to tum on and by how much.

We could also line the room to absorb any and all the walls, floors and ceilings to prevent excess, overflow of the wireless energy from seeping flowing out and wasted, and re-channel the electricity back to the main coil and/or main battery storage.

Parkades, and building garages could be used to (as well as gas stations) to serve eg. in shopping mall parkade, office buildings, golf courses/driving ranges ... that the User can park in inside a excess flowout energy escape prevention cage area for those wishing to recharge, their HYBRID cars for reserve (10% GP), VIP (GP 10%).

We could create our own underground excavating machine that is vary safety conscious taking every precaution and simulation of potential eg. sink holes, we could use dome technology, carbon graphite lattice, tungsten steel pipes with tension cables and/or construction high dse building tape. We can supply parking for any and all districts that have few or bottleneck parking.

Instead of teleport and/or fiber optic cable, regular cable and ADSL, by one using cheap router technology that stretches for miles, that with many of them become node networks.
This technology can be used as a distance to distance backbone/highway (combining multiple traffic from large neighborhood (city) networks to other large neighbourhood (city) networks with a multiplexer and/or coding, barcoding and/or internet protocol to sort the chunks of information (perhaps selling - with a floor price(s) bandwith by the delivery (eg.
courier service) the level of urgency delivery options), or as a multiple nodes on a neighbourhood(s) of node networks.

Re: New Dictionary/Encyclopedia/Rosetta Stone/Artificial Intelligence Labels for objects (parts - entities) in pictures And or the whole picture as a compartment (where the entity would naturally be found relative level of popularity according to what benchmark which is gauged against) based on what's in view (what you can see), including place, location, time, identifying scenario.

Labels and the substitutes that do the same (therefore fit in the same the category). Then further singling out identities by what the difference is how much impact (weight importance) the difference how easy it is to make out the boundaries (both in physical view (eg. moving entity against background extrapolating the rate of rotation and the known shape that comes with the believed identity able to extrapolate changing shape as the other faces (contours -valleys and hills and protrusions, angles dents and sharp protrusions) (also the parts that belong to one word that don't belong to another identities eg.
entities/interactions, which in dictionaries come in the form of numbered descriptions/explanations where entities are subject and objects, and interactions are verbs and there is often an example that uses the word that exemplifies the a use in the topic it is strongly or frequently/commonly/popularly used with as they come in view (amount of factors - parts/components - many building blocks (entities, interactions and collective entities that belong to a complex system - usually driven by desired outputs and constrained by inputs costs and availability) -details/subtle -micro and mixed (the amount of important meanings that intersect). The overlapping impactTmportance that are different and to whom.

Dictionary/Encyclopedia/Rosetta Stone/Artificial Intelligence Strategy We can determine the level of detail by whether it is a group/category (we start with this, because in the immensity of world knowledge, it is easier and quicker to put things that have much in common (painting with the same paint brush) especially if we lack the expertise and/or fluency and/or memory to make a specffic partition/diverge/differentiate/separate and secondly to single out a unique partition/diverge/differentiate/separate object (eg. a specific name) separate from the grouping/category.

We can start organizing what information we know about a system and/or part from memory and then integrated with an Artificial Intelligence researched answer.
Depending on use we want to apply to we ask:

We can rank questions for each search (customizable) by probability the question if answered as expected will partition/diverge/differentiate/separate the word from other close meanings and in the case where there are no perfect words with added qualifiers such as benchmarking, against other words that possess the same characteristics.

7. Who - people, collective groups, organizations...
8. What - objects, things...
9. How it is done, how to operate, how it works, how its used - agenda, purpose -driven by wanted outputs given supply/demand, cost/price constraints; if its worthwhile - benefits worth the costs effects to what party and whom.
10. Where - place, location, compartments, space ...
11. When - time, chronology and/or benchmarked by milestones, events and/or mix time line,...
12. Which - altematives We can rank the type of question based on the answer that will fulfill your uniqueness of usage (weighs the criteria) and then partition/diverge/difFerentiate/separate what info is known and which questions that you can answer (further complex input/output interactions), contents/beliefs that make up bigger (eg, feasibility studies) (new words most probably known by the targeted readers and their meanings), subtopics that are linked by attributes/connections/linkages.. .

Given that the Artificial Intelligence can read books, it could actually do library searches and research over the intemet, taking into account the AbstracUPurpose/Hypothesis/Study/Problem Solving/Analysis/Decision Making -from Law, to Science, to Business, any and all subjects and write (even suggest how to divide the topics into chapters... eg. Abstract, Introduction - what we hope to prove/test and the cause/effect - since we need to study the theory is probably hard to prove since it hasn't been done before therefore we would probably be happy just to start results that prove an association, teaser highlight interesting parts, explain what your strategy in presenting the material, what you need to know from earlier chapters - their explanation of background -what is previously known - history, Methods and Materials, Conclusion, Discussion).

(GP New Only 1.85%) We could also use neural links, Artificial Intelligence and text to voice and voice to text and eyeglass interface to perfect eloquent fluency and pre-check messages by Artificial Intelligence fikering key words (offering better words to choose from based on prodding questions relevant to usage), and summarizing message, via reflecting the points that the User is trying to say in context of attributes/cues/cfues/connections/linkages (eg. place and/or time and/or activity).

TALL GRAVITY TO ELECTRICITY INVENTION VERSION V

We are planning on using the same baggage/luggage wheels (varying sizes) for various version of TALL GRAVITY TO ELECTRICITY INVENTION as the Top Wheel of each of the contraptions.

We also use non-permeable carbon fabric as lining skin for the reservoirs/tanks with a carbon graphite skeleton to keep the shape.

As an addition to Abstract/Claims/Description:

1. The top wheel that is similar as per scale as loosely revolving wheel (0.5%) used to pull up ropes from crab traps in the Bering Straits Crab Fishery.
2. We could also use similar components of a fishing reel (in the loosened frictionless eg. letting the fish run - spinning) centre roller and mount the top or bottom or even centre that sticks out both sides (perpendicular to the reservoirltanks), the mounts like the grips of a fishing rod support the system. (such as carbon fiber, and/or titanium...). (1.2%).
3. In the case of the MICRO TALL GRAVITY TO ELECTRICITY INVENTION we can make the fisbing wheel/reel smaller (0.5%).

TALL GRAVITY TO ELECTRICITY INVENTION
(New Innovation in Part) The inside of the chain/tether (eg. made of Teflon), can have tread patterns with small blocks and sharp edges into crevices and the wheels can have teeth or grooves.
The sharp crevices allows 1) friction as the sharp edges bite into the fine (possibly plastic) groves of the wheels; 2) flexibility, via collapsing (GP 0.01 %) because of thin regular (so equal proportion throughout system for smooth flow - the same pattern applied to the same parts of the system always) characteristic.
Another possibility is to create a loop, around the chain/tether right where the chainftether should engage the wheel, so the chain/tether won't be flipped over but will be guided/properly orientated and will brush the wheel.
The general design is the same except in this version there is a weight (like on a doctor's balance scale - we could possibly shape a thin long guide (along the sidenength of the top and bottom of the neckAever) similar to the shape of the doctor's scale's inner bar over which the weights slide), the moves up and down the necknever of each of the two sided reservoir tanks (of which the neck lever is in the middle). This innovation will add extra weight to shift from one side to the other as the angle of each weights component favours the weight to shift from side to side based on the each weight component's angle to the chain, that is opposite on (for the weight components) situated on each side of the chain.
The movement of this inner weight travelling from side to side of the neck/lever can be interrupted if:
1. the weight is too large in diameter (it may tip/lean down on one side against the neck/lever).
2. the weight is too thick, not enough angle of the neck/lever pointing down on opposites of each side of the chain.

These large sizes can maximize but also cause too much inertia, (friction) and reduce smoothness.

(GP 0.7%).
(An 0.01 %).

TALL GRAVITY TO ELECTRICITY INVENTYION VII

In this invention the top wheel is a ball (large ball bearing) and socket. The upper - top has a gap on both sides of the socket to make a path way (that can be guarded by rail) for the chain/Teflon.

In this version of the TALL GRAVITY TO ELECTRICITY INVENTION, the shell building (that could be cylindrical to create more flexibility for the sun not to be cut off by the shadow from the building and avoid comers that may cut off the light and/or a hexagonal to accommodate the squareish/rectangularship of the contraption within and/or extra width on the walls facing east/west and/or north/south (concave parabolic GP 0.0057%), convex parabolic and any and all architectural designs) surrounding the main contraption is fully covered with solar panels and on the roof as well. Mirrors are placed surrounding (or other reflective material) like an upside down dome (around the shell building) - perhaps even with microscopic lens, to increase the reflection on to the solar panels on the building (possibly with combinations of windmilis on top, or on any of the sides of the buildings).

The solar panels on the buildings could be insulated from heating the contraption within by ceramic and or other materials such as that used for oven gloves.

The solar panels could be made of purffied graphite.

We are also building solar panels that are made to float on pontoons in water.
The could be connected in chinks ( so they are able to flex/twist/bend with the movement of the waves). If there is a serious storm coming, we could make 1) the panels removable and/or rollable up, like a fishermen's drag net. We would probably need to protect them from salt water corrosion, and we could look into securing them with bamboo.
My invention is for solar panel design.

1. The top side of solar panels can be transparent or darkish while the undemeath side is reflective, causing sun rays and heat to be reflective (mirrors) back down into the solar panel.
2. Coat the top window plate layer solar panel with reflective (mirrors) underneath and possibly the top of the window plate solar panel with transparent or darkish to increase absorption, once absorbed the heat and light rays are trapped by the reflective (mirrors).
3. We may also develop glass roofs over the solar panels, so the outside is transparent (to allow the sun rays to enter) and coated with reflective material on the undemeath thus reflecting the light and heat even more concentrated down to the solar panels and within this heated chamber we could place a device that converts heat into vibrations of sound that can be converted into electricity.

We can build our TALL GRAVITY TO ELECTRICITY INVENTION underground. While building solar panels and/or wind farms (as added alternative energy production that is clean and green) above and/or any and all usages for ground above, especialfy where lighted open space for sunshine (eg. higher quality of life for residents) and/or commerciaUindustrial real estate...(or even additional TALL GRAVITY TO ELECTRICITY INVENTIONS (2588525 application number) above ground in addition to the underground TGTEI) (we could also use our salt water to fresh water and energy invention - where synergies exist such as near large bodies of sea water - (J-2484-2-4430 application number; SALT WATER TO ENERGY
AND
FRESH WATER; January 11'~% 2008 CIPO, Barbara Palahnuck Patent Formalities Analyst;
1 819 953-8985) - with TGTEI built underground).

Another Innovation is make the reservoir/tanks out of acrylic for Micro TALL
GRAVITY TO
ELECTRICITY INVENTION; for the larger versions we could placed within cage made of material such as carbon fiber rods. Or we could reinforce with a thin layer of fibreglass and resin.

We could also work with the auto industry's hybrid vehicle batteries to provide weli conditioned (repaired and/or new or used but good condition) fully powered battery exchange program. Instead of gas stations we could just exchange (eg. in a parkade) the customer's low battery which we refit with a new fully charged battery. We could provide (in joint conjunction) with BCAA services for hybrid batteries. We would charge all the hybrid batteries with the above Electricity technologies, especiaNy the TALL GRAVITY
TO
ELECTRICITY INVENTION.
We plan to increase capacity of our energy and fresh water generating from salt water invention.

We add multiple boilers or increase the size of the boilers (possibly side by side) with surrounding mirrors depending on the pathway of the sun to maximize capture of the sun with possible movable and repositioning maybe on tracks or wheels (treads), which are coordinated with sensors that (eg. computer or Artificial Intelligence and/or algorithm) that follows and anticipates the changing position of the sun.

We could also use a semi-permeable membrane to produce even more fresh from salt water - should the local need be greater than our capacity. As well we could use zeolite to further filter the fresh water.

We could feed the salt water either by multiple pipes and/or a large one that splits into multiple smaller or just one large pipe.

The saft water is heated in the boiler (that heated by the reflection of the sun on the boiler) which produces steam to tum a turbine to produce electricity and the stem travel through cooler that produces fresh water.

We could use heat to vibrating (sound) to energy technology at the top (surrounding the pipes that carry the steam and the turbine (as long as it doesn't get in the way of the mirror reflection on the boiler(s)).

If the source of salt water is tainted with heavy metals...1) We could treat the water and/or 2) We could extend the pipe source opening far out to the sea/ocean and/or confluence point where the polluted (heavy metals) content is diluted (clean and safe enough after conversion to fresh water to drink and/or agriculture (GP 0.01 %). Otherwise we could stricfly use the heavy metal tainted water for growing bio-fuel crops.

We are placing a cluster of tidal power generators whose neck rotates to faces the on coming waves in whatever direction the waves come from. To align the propellers to face the on coming waves at real time, we surround the cluster with wave force direction as well as height, undercurrents (undertow) - even best position to face swirling tides (given their size to speed to - all with sensors (any and all relevant wave conditions).
We could do this for windmills also.

Hover jet cruise Lines ( and Mini Cities; and military fortresses). Hover crafts are faster and get better mileage and are more still - does not rock) (our hover jets may have one, four, six... propellers undemeath and/or above like a helijet.

The cruise lines and mini city could travel the regular cruise circuits; the ships could be outfitted with solar panels on their sides and tops/with heat to vibrations to energy on the engines/and sails that unfurl light solar panels (eg. mylar). Fuel transporting (ethanol) boat (barge), that meet the ships where the port of call does not have ethanol available, or there is a long distance between the ships pathway between ports of calls.

We could also create hover/heli jet seadoos (GP1 %).

Model for creating a cluster of new cutting edge transport technologies, possibly constructed in the same site that is modular to fit different types of transport vehicles.

We could build Hover Jett cities and cruise lines as well as regular cruise ships with their sides covered in solar panels, as well as engine heat to vibra6ons to energy.
Furthermore these ships could use any and/or all bio fuels and well as any and all hybrids/electricity boats - vehicles.

Given three options:

1. Refuelling (bio fuels) tankers/with huge solar pane platforms (multiple aerodynamic hulls and/or pontoons) to float and move the platform slowly towards the port of call.
2. Grow/process and bio fuel at each port of call.
3. Build a TALL GRAVITY TO ELECTRICITY INVENTION and/or solar power at each port of call.

Next best technology - an passenger aeroplane where the tube/passenger seating area of the plane could possibly be made of a huge hollow carbon fiber tube, the top/roof of both the tube/passenger seating area is made of solar panels. A safety option is to have a rear that opens up and the people are rolled out backwards with inflatable air bags surrounding the passengers like the Mars Lander.

Our Expandable Helicopter. Able to carry cargo aluminium/titanium containers, that a cargo/passenger container that can fit in their midsection and/or can be hung by cables like a crane; connected by two (on each side) and/or four one for all four sides, and/or aluminium/titanium passenger container that is can be surrounded by an inflatable float (eg.
dingy and/or pontoons). With add-on larger blades and/or multiple blades.

Fire Fighting planes that have interchangeable water tanks with oil tanks (so the planes with larger oil tanks can reach further distant fires from where the plane are currently stored), once flown to the fire site the plane's oil tanks are replaced with water bombing tanks.

Magnetic Levitation Train from New York to Los Angeles (initially). As well we could build North South services on each coast. From (one East Coast and the other West Coast) and Alaska/Canada to Argentina. On design for the tunnels is a haif cylindrical (GP 0.3%) shaped tunnel with layers of either teflon/airbags sandwiched, with possible arches supports of either tungsten steel, and/or carbon fiber lattice supporting a top thick layer(s) of aluminium and/or zinc. The we could have stations along the route (bookable/reservations by website) for taking out the country's car and traveler's (health) insurance, issuing of driver's plate and temporary licenses - for the mag lev train car ferry (maybe on a separate track), Rentals of: Car, Bicycle, Scooter, Shuttle Bus, Bus tickets, monorail tickets, cruise lines joint node port stop off, and possible joint node with regular train station.

Magnetic Levitation Multiple Level Vehicles.

Given the Western car manufacturers are losing market share to other competitors we could create a Westem line of cars (based on the theory of resale value American cars lose value faster because of reliability and therefore resale value). We could study the parts in Western cars that are prone/tested and proven to break down whether by performance and/or changing performance demands abiliiy to meet by supportive parts without increased wear and tear of the parts that are prone to break down and the changing (especially increasing) demands by down stream parts from the parts that commonly break down (that cause them to break down) - dependency upstream and down stream in which changing performance causes common parts to consistently.

Some reasons parts break down include strengthening in materials, design, operations systems and how they interact, engage and demand to/from other parts as performance levels and wear and tear under changing conditions (such as driving fast -spinning tires and/or bumpy roads) what conditions cause the parts to breakdown (isolate why these part(s) breakdown) the correlation of tes6ng conditions to the part breaking down.

Then the Westem car companies' study successful cars from other leading companies and evaluate how their part(s) in strength of materials, size, design, operations systems - which (how these part(s) engage and are related to other parts, for example demands from other parts that cause part(s) to break-down - includes how the Westem car's parts that perform the same function as the leading competitors' can be created to develop the same effectiveness (reliability) even changing the dependent parts that are involved with these failing parts.

We could also offer a guarantee for cars proven to be reliable; and in the case of new cars, we could at least guarantee no breakdown from past problems and/or we could guarantee to fix any problems (we stand behind the reliability of our cars).

We note that car grills (and head and tail lights) tend to be symmetrical.

Car Grills are centred (sometimes) each side border moves up diagonal upwards towards the outside (like a smile), the grills can have vertical bars and/or horizontal bars and/or criss/cross checkered. Head and tail lights are either stretched rectangular and/or tall, their height can be diagonal on one side and/or round and or oval, hood omaments tend to be roundish.

We could use any and all shapes that are symmetrical (for grills and lights), even make the head lights and tail lights plug and play with different sizes and shapes as long as they fall within the parameters of the boundaries of the sockets. We could use cats eyes, tinted colours replaceable lids of choice.

We could create trucks/and caravan and/or Sport Utility Vehicles, vehicles (even trains) that have a flat bed rear, where the flat bed either has rollers/ball bearings and small wheels that slide in and out as well the back and the front of the flat bed can be raised for easy slide in and slide out of cargo (3%).

We could have a car stereo and/or computer itunes or other stereo products that are removable of valuable/and functional such as memory. Every CD could come with text to speech (generic) and/or recorded by User for each CD and even each song, and/or recorded or even part of the itunes download is a voice identification titles of each song. The advantage is the hands free and focus free need to visually read and messing around with a bunch of CDs' and/or itunes list of titles on screen, instead with this technology the device verbally announces the title. The first slot can be (easiest and by default) interchangeable for the latest most favourite CD...and in the case of itunes the top 10 itunes songs memory can be programmed to hold the Users top ten favourite songs.

(GP 1%) (Lii 1 lo) A car computer that:

1. Can activate max acceleration eg. rate of gear shift even rewing up the engine without using manual foot to the accelerator and gear shifting.
2. Can activate max deceleration and/or accelerate up and/or decelerate down at a level that can be controlled by knobs, tuning buttons, and/or voice command.
3. The rate of tum the angle over space spread over time.
4. We could use 3- Dimensionai camera to measure depth.
We could include optional depth camera (real time):

To visually judge the rate of right versus the rate of left turn (one way is to use possibly a wii device and/or gyroscopic device to draw a tuming lining based on the depth camera video) using the depth camera video an Artificial Intelligence could even provide extra input as to the best speed, and pathway to take, and/or a navigating computer glove might make the feeling of driving more intuitive, as well eyeglass screens which allows the driver to have a secondary monitor. With the secondary eyeglasses monitor we could the Artificial Intelligence confirm the pathway/route by or with the help of the Artificial Intelligence. The driver can draw a circle around any and all objects such as street signs and/or pedestrians, to zoom in on, and if need be the Artificial Intelligence can announce identities of up coming objects including vehicles as well as sense road (eg. rocky) and climate conditions...

The depth camera can also be used to alert the driver and/or maintain proximate distance to car ahead. This device can also be used with cars behind. An additional possibility is the use of a lighted symbol to indicate to people following too closely that they are tail gating.
(DLDs 40% Asia) (GP 0.01 %) Artificial Intelligence might eventually also be endowed with full writer's skill to narrate (describe the environment, describe what the person's was thinking, describe what the person's knowledge was and each revelation (which in reality we would rarely know the environment any more than the person, describe the person's agenda and/or goals going into the scenarios) a person's experiences possibly via neural links (and/or video), and then the person could then edit the experiences, and always have a record of his/her life both video and autobiographical.

(GP 0.5%) We could also drag floating solar panels behind cruise ships and cargo ships any and all boats, when there is no sun the array could be folded up to prevent surface drag (22% GP) (DLD 3%) (Lil 2%).

We want to equip our Multiple Levels Mag Lev Vehicles with sensors to track each vehicle, how fast they are going, how close the vehicle in front is, is there enough space for another vehicle to fit in between two vehicles, should the vehicle in the back speed up to catch up with the vehicle in the front for the purpose of making the most use of space, eg. packaging multiplexer.

One way to do this we can put a sensor on each vehicle and its connection to the Mag Lev track to monitor in real time where the vehicle is, it's speed, it's acceleration, and if pre-programmed - it's route and destination, and urgency, need to zig zag between other vehicles.

We could also use a low strength radar/radar/RFID/RFIP/GPS (1%) depending which lane;
eg. those vehicles on the right lane will use one frequency/pitch/tone while the vehicles on the let lane will another frequency/pitch/tone and the other side of the tracks will have two different frequencies/pitches/tones, strong enough to detect a vehicle not too far ahead (a transmitter/receiver - in the front and rear) of the vehicles. The user can adjust what the signal strength threshold is (an approximation of how close the front and back vehicles are).
It can have a vibrating or beeping or cell phone ringing mode to alert the user when the threshold has been breached.

We could also add multiple (parallel - bicycles are less bulky in width than vehicles) tracks at the top (with bicycle that pedal to move along the track above) situated above all the other vehicle levels below. This bicycle track could be removable to make room for a higher level expansion of the vehicle track. Then the bicycle track could be re-added on top of this new vehicle track above all the lower levels.

We could also use 3-Dimensional, cheap cameras to measure the depth of the distance between the cars in front and behind and the accelerations/speeds in both the fast land and the slow lane.

Any and all machines, especially ones that vibrate such as cars and generators. We tum the vibrations in electricity.

For example cars/buses/trucks any and all vehicles:
1. Hooked up the shocks (absorbers).
2. The hood.

3. The fan/rotors.
4. Engine parts that vibrate the most.
5. Whole engine such as where the engine block is secured/fastened to the sturdy frame.

We could also use it for ships/boats that rock in the water...

We could also use it for batteries and battery chargers for mobile devices, where movement (carrying around the electronic devices) could be recharged via vibrations...
any and all portable equipment especially carry on the body equipment that shake as the body moves (furthermore especially these portable devices that have rechargeable batteries and or storage for energy).

We could use it for pile drivers and riveting equipment.
We could use it for tractors...

We could place customized shaped version to place in front (or eg. in the box) of speakers in any and all audio equipment (eg. home and car stereo)...

We might use it with fans/heaters/air conditioners/fumaces for buildings large and small...
We could use it with airplanes especially helicopters and other flapping flight machines.
We could use it with trains.

We could use it with any and all engines.

We could use on bicycles/scooters/motorcycles.

We could use it with laundry washers/dryers and/or dishwashers.

We could use it for all industrial processes that vibrate eg. shredders, tumblers, scrubbers, shakers/bulk rolling...
2%
1.1%
We could also build salt water to energy and fresh water with mirrors placed to shine on the boiler(s) and steam turbine then condensate. The platform could be situated in any seas/oceans where the water is cleanest. We could then bottle it and ship and/or pipe it to be sold. And even treat the pollutions if any.

We could also work with home owners in location where there is much son to put solar panels on their roofs. We can reduce their risk, by bearing the costs ourselves and let them share the profits after the site has broken even. We could also insure the solar panels against theft. We could also work with the ABCP homes, owners who are near default, and if they do default, we could buy the auctioned home and/or at fair market value and then (while riding out low home market prices) we could rent the homes to the same owners (who had good credit rating before that particular default), and where they can't afford rent they could share the house even rent to own.

Gerard's Law of: 1. Water - 2. Food - 3. Housing then jobs, money career, education/skills upgrading and then better quality of life and then social mobility.

We could also develop housing for workers (especially in third worid countries) to share a mansionesque skyscrapers, with different square footages (for affordability), single central elevator for each huge development, with many winding stair cases with foam posters and guides, recycled gypsum/or other cheap paneling board walls, foam (where extreme temperature is a factor) squeegeed spread across (in layers) over usual gaps beiween the panels and the frame, diagonal and or vertical/horizontal lattice carbon/bamboo and or steel crisscross, pseudo tile (vinyl) floors, used fumiture and throw outs (with good quality experts that can refurbish) as well as appliances, computers - that are updated with if needed and or reassembled (eg. furniture legs to back rests and rear support), on the ground floor we could have a soup kitchen. We could also have a class room and computer rooms that are stalked with a library of CD's of all valuable - practical skills (computers, construction)/Education (business, engineering).

Interlocking carbon fibers (bamboo, titanium, wrapped with keviar...) to create structural skeleton (where mini bars of strong shapes fit together to macro columns for larger) hoNow like rods to form skeletons for cheap buildings and houses (or expensive buildings and houses 8% GP) the Interlocking framework is thinner for the cheaper housing.
We could build the buildings underground GP 10% (perhaps even an entire shopping mall).
We could use tin/zinc/plastic any and all low cost material (eg. shredded corn husks which are fairly water proof, and in large waste abundance; bamboo, coconut husks, and any and all fiberous material that add flexible strength such as particle boards -glued together with epoxy which would tear easily without the fiber) paneling (eg. faux stone), strong enough so people don't easily fall through. We could secure the panels bamboo (treated for mould) and or any other material that can be woven into cage shapes, that is strong enough so it can handle fair amount of pressure against the panel it supports (secures).

We could also use the interlocking carbon fibers, woven Kevlar (cost?) as skeleton structure for TALL GRAVITY TO ELECTRICITY INVENTION for the reservoir tanks).

We could mass produce templates where the ends rise floor by floor (each floor is the same height), for both buildings and houses with square and rectangular (curved) skeletal cage, with optional diagonal large macro lattice bar/rods for additional support.

The lattice could be the strongest while simple to produce, construct produce and/or include any and all objects/structure that require reinforced strength (eg. skeletal structure).

We could use teleportation, on the quantum level to mass duplicate these strong (lattice) structures at the molecular level (for a very strong material).

We could also build chunk by chunk space travelling shuttles out of an internal skeleton of titanium (and/or carbon fiber with ceramic layer outside to handle the cold) large/macro lattice, adding chunks in the front and back and sides as the pieces of the material is carries via payload to carrier to fly above the earth's gravity. And the space travelling shuttle craft is assembled in space. The space travelling space craft does not need to be aerodynamic since there is no friction in space (3% GP, 10%).

Regarding space shuttles, we could line the entire walls of the space shuttle interior with two layers of Teflon, that are held a minute distance apart by large (horizontally flat) (larger/macro) lattice (eg. hexagonal) and/or larger chunks (by the shape of the space ship area eg larger rectangular/squareish space/area), if a tiny meteor pierces the ship's walls, the Teflon walls will bend the Teflon and alert the senses. There could be sensors for areas of the horizontally flat separating lattice. (GP10%) (1% DLD) (1 %DLD) (1%).
Then we could block the hole with a quick drying the gel that can be injected until the hole overflows, a tape (eg. teflon that is strong glue), an expanding and hardening foam and/or mixture of glue/clay filler and ceramic particles with a layer of titanium screwed in on the comers...

Teflon band aid might be manufactured, nanofibers, resin with corn husks, coconut fibers, bamboo, sugar canes fibers, as a (flexible) and yet strong(er) altemative to existing tapes.
We could also create a thin skeleton (with curved/arched to the optimal shapes bamboo;
and or carbon fiber) that creates the proper shape for windmill blades (possibly the curves could be held in place by ribs (GP 0.1%)). The curves are made by bending the skeleton material under heat (Jz 0.075%). We could also create a thin skeleton (with curved/arched to the optimal shapes bamboo; and or carbon fiber) that creates the proper shape for windmill blades (possibly the curves could be held in place by ribs (GP 0.1 k)). The curves are made by bending the skeleton material under heat (Jz 0.075%). Wrapped around the skeleton blades can be mylar and/or Teflon skin.

For the Tea Manure Technology developed and Patented by Gerard Voon, we develop (isolate the microbes) in cow's breath and stomach that make them produce so much methane - isolate the microbes, identify the conditions it thrives in, eg.
wiggling muscle to mix the food, the PH, temperature over what cycle of time, and possibly the vibrations that stimulate for them to thrive and the down time needed between feeding cycles ... eventhe very enzymes produced by the microbes themselves. This methane is then harvested and bumt for fuel. (DLD 40% Asia) We also have a new design:
Tug Hovercraft-Barge 1. Tugboat 2. Barge Hover Vessel 3. Cargo (Jz 1 %) Any and all mechanical things that move, to use magnetic levitation. For example car/trucks/buses, whereby there are two types of axles surrounding the wheels.
1.) a repelling system that is equal in strength surrounding the entire ring of the wheels, and then 2.) a repelling system that is in sequential segments that when the segments are activated push the wheel to spin/oscillate (like a magnetic levitation train) (GP 1.8%) (Jz 0.01%).

We plan to place the fuel tanks (if spinning - rounded - underneath the Hover -Jet; GP;
2%).

Another way is to not have it spin but have it dented where the vertical turbines meet the inner horizontal spacing. The horizontal footprint of the fuel tanks could spread across the entire area of the inner platform and be thick (to increase capacity), yet have the aerodynamics of a stealth fighter.

Another option is to have the tanks hanging beiow/underneath the inner spinning piatform (of boosters and cockpit above the hover - jet) the hanging neck of the missile shaped fuel tank that spins with the spinning inner piatform, so the aerodynamic end of the boosters and cockpit is aligned with the aerodynamic tip of the hanging fuel tanks.

We could possibly hook up a modular top to the inner spinning platform that is vertically higher to carry cargo or humans - more capacity (Ch; 1%).

Or we could hook up not only a vertically higher, but longer forwards and backwards and sideways by adding a larger cargo bay and adding or extending the frame and connection to the vertical turbines (Ch; 1 %).

Additionally we plan to put swivels on our jet boosters/turbines and vertical turbines to turn to the minutes' controls.

We are also looking at swappable and additional cockpits above and/versus below and jet boosters/turbines above/versus below and also fuel tanks above and/versus below.

Re: TALL GRAVITY TO ELECTRICITY INVENTION using Artificial Intelligence/Neural Links with other human remote control, to manage the inventions and processes and control robots that do regular check ups and maintenance and/or repair on all the equipment.

In this version of the TALL GRAVITY TO ELECTRICITY INVENTION, the shell building (that could be cylindrical to create more flexibility for the sun not to be cut off by the shadow from the building and avoid comers that may cut off the light and/or a hexagonal to accommodate the squareish/rectangularship of the contraption within and/or extra width on the walls facing east/west and/or north/south (concave parabolic GP 0.0057%), convex parabolic and any and all architectural designs) surrounding the main contraption is fully covered with solar panels and on the roof as well. Mirrors are placed surrounding (or other reflective material) like an upside down dome (around the shell building) - perhaps even with microscopic lens, to increase the reflection on to the solar panels on the building (possibly with combinations of windmiiis on top, or on any of the sides of the buildings).

The solar panels on the buildings could be insulated from heating the contraption within by ceramic and or other materials such as that used for oven gloves.

The solar panels could be made of purified graphite.

We are also building solar panels that are made to float on pontoons in water.
The could be connected in chinks ( so they are able to flex/twist/bend with the movement of the waves). If there is a serious storm coming, we could make 1) the panels removable and/or rollable up, like a fishermen's drag net. We would probably need to protect them from salt water corrosion, and we could look into securing them with bamboo.

In the TALL GRAVITY TO ELECTRICITY invention the top wheel can be a ball (large ball bearing) and socket. The upper - top has a gap on both sides of the socket to make a path way (that can be guarded by rail) for the chain/Teflon.

Re: Magnetic Levitation using Artificial Intelligence/Neural Links with other human remote control, to manage the inventions and processes and control robots that do regular check ups and maintenance and/or repair on all the equipment We could also make Magnetic Levitation any and all mechanical devices for example car/trucks/vans could be fitted with three types of magnetic levitation devices. 1) an anti friction ring, where the entire ring and the spinning rod the ring encapsulates is equal in strength 2.) a Magnetic sequencer that repels in activating sequence against the rod to spin in a sequencing direction that rolls the rods to spin in circles (similar to sequencing magnets in Magnetic Train Technologies) (GP 0.38%).

Re: New Ports and New Berths using Artificial Intelligence/Neural Links with other human remote control, to manage the inventions and processes and control robots that develop and then do regular check ups and maintenance and/or repair on all the equipment We are also have a design for sea and large river and large lakes (eg. Great Lakes of Ontario) ports.

One side of the port berths are strictly for medium vessels. The land stick out like teeth, whereby medium vessels can either fit on a two (berths) sided (parallel to the teeth) gap, with the land sticking out the protruding edge of each tooth able to dock a medium sized ship.
The other side each parallel tooth jutting out have a number of teeth jutting out perpendicular to the main teeth. At the tip of the main teeth which runs the span of the main tooth (sideways) as well including the lengths of the two teeths on both sides of their full lengths, large vessels are able to dock with less manuvering impediments, while the smaller teeth that are perpendicular along the sides of the main teeth have multiple small gaps for smaller boats to dock (marinas).

When a large vessel/boat is navigating the port they can (be a simple alert signal to all vessels/boats especially small vessels/boats of its presence and the need for especially smaller vessels/boats to be wary, even clear the channel, or for a more expensive unit the large to small vessels/boats can track the pathway of the large vessel/boat to and from the berth and the sea using micro navigation positioning overlaid to the maps (GPO.001 %) of the ports waterways.

DLD (40% ASIA) Re: For Any and All Windmill and Tidal Power using Artificial Intelligence/Neural Links with other human remote control, to manage the inventions and processes and control robots that do regular check ups and maintenance and/or repair on all the equipment A design for any and all uses for windmill and/or tidal power device that:

1. Has a centre ring has an inner ring (magnetic type 1.) and an outer ring (magnet type 2.), the outer ring spins horizontally to the primary shaft/trunk and by spinning generates energy.
2. On the sides this invention has perpendicular (to and/or along the shaft/stem) -vertical discs with blades (possibly made of mylar - with replaceable blades nearby in case of damage from high winds, and/or titanium and/or Teflon GP 1%) that catch the wind and/or tide that not only spins each individual vertical disc (magnetic type 3.) but the horizontal centre ring as well.

The centre ring may have rails/guards that hold ball bearings of a steel shell with (magnets type 4.) inside that could be (magnets type 5.) used to facilitate the spinning of the vertical discs around horizontal centre discs.

We could also have carbon fiber and or (lattice carbon fiber GP 0.01 %) graphite, to give a very light flag pole support, with the mylar positioned below. Or lattice carbon fiber that is curved to provide support around the edges of the wind catching material (eg.
mylar and/or Teflon and/or very thin aluminium, and/or kite materiaiGP 10%, and/or plastic bags andlor reinforced small bubble plastic bags that are attached to the blade edges possibly curved to catch the best wind/tide) we could even use reused plastic, and/or pond water proofing thin material, nylon).
We could put solar panels on the outsides surfaces of the ship (as well as ferries too) any and all ships not previously patented (GP 1%) that would be exposed to the sun.

Ships can be designed to fit cargo in the same dimensions in floors above and below as well different lines like ferry ships' car lanes whereby the cargo fit snugly into and one tonne, a big rig trailer and/or train's continuous cargo cars, whereby one cargo car length is filled after another, all moving along rollers from the very back to the very front of the entire length of the train and/or vice versa and possibly separated at intervals as the interval length is reached for flexibility so the train handle corners.

(DLD 40% Asia) Multiple Node Serving Multiple 2 or more Level Runways. So less land is needed to serve more planes by having more terminals and runways building upwards runway floor by run floor with circular terminal nodes to maximize exposure space of terminals.

Additionally for oil and tar sands we could separate the bitumen from the clay, minerals and water, the pure bitumen can be refined and mixed perhaps with ethanol or used in the petroleum products industry. The left over clay, minerals and left over residual bitumen can be mixed with more combustible material such as organic waste (eg. sewage, manure... ) and used to burn whereby the clay and minerals will heat up (molten) which can be used for any and all heating processes (high heat GP 0.01%) smelting processes of steel, aluminium and (diamond manufacturing GP 18%).

We could also use the heat from the clay, minerals, residual bitumen and organic waste mix and bum salt water, that spins a turbine as well as vibrates both of which convert into energy and then the steam is condensated into fresh water. We could even add mirrors surrounding the boiler to augment the and save some of the reliance in energy costs on the plasma torchJlaser.
We could build airports with diagonal tunnels, that are like magnetic levitation/sling shot tether/rail gun, that fire the airplanes diagonally at high speeds, whereby the wing flaps can create further lifts. These tunnels are especially good when the airport is located in snowy climates, since heat can remain in the tunnel, possibly a further magnetic levitation ramp could stick diagonally out of the tunnel, as a launch extension. Assuming longer runways are needed to create enough speed to lift off versus length of runway needed to land the landing planes could land on the ground level (landing strips) above the tunnels.

DLD (Asia 40%) We could use heat (in the thousands of degrees) - possibly by large surrounding mirrors and pressure on any and all waste (eg. sewage, manure...) and as well any and all tar/oil sands (bitumen) and collect the gasses from the broken down molecules one possible extra step is to use microbes/enzymes to convert the resulting gasses to convert into ethanol, and further recovered using prevaporation technologies.

We could add salt water to the heat, process to tum to steam, and tum a turbine, for energy, as well as collect condensate for fresh water, as well smelt and melt any and all metals for such as steel, aluminium (as well as diamond manufacturing) using the heat generated by the by mirrors. (GP 0.3%) We could also use heat to vibrations to energy technology either in one large piece and or many small tubes.

One design is to do the heating processes explained in the two paragraphs above is to have pie shaped cavities/tray (where metals are smelted - oil and tar sands) the centre has a hollow core where a large plasma flame bums to share heat... under each cavity/tray can be one or more micro-plasma torches and then horizontal and diagonal to the rim of the cavi6esltanks' so the flame doesn't simply flow upwards but flames sideways to the rim/side walls of the cavities/trays (GP 0.3%). Finally a surrounding layer of salt water absorbs the heat and flows as steam turning a turbine to generate electricity and condensated into fresh water. The plasma torches can be adjusted in strength, depending on the need for smefting and/or amount of sun that the mirrors out side's heat are producing.
Optionally undemeath the cavities/trays could diamond manufacturing pressure and heater to share heat.
Furthermore we could have pie shapes presses that converge on the diamond (rubble and carbon), and in compacting chambers surrounding the perimeter of the pie (round) are further pie/trays that hold sewage/blo crops wastes/manure, that crush using heat and pressure but can stop via pneumatic presses that are placed between the outer perimeter of the (3-d) pies that can shrink in length to allow the outer wall to press into the organic waste on the outside and then we could use x-rays and/or such devices and/or other sensors as well as Artificial Intelligence to find when the optimal pressure and heat has been reached (for the organic waste and or production of combustible gasses) then the pneumatic presses stiffen/harden allowing the outer walls to push against the inner walls without further squeezing the organic wastes. The entire system is vacuumed sealed to collect the combustible gasses (GP 5.5%).

Additionally we could use magnetic levitation cradles that attach to the bottom of the boats/ships (possibly with magnetism on the top facing the boat/ship and repel) sequentially to travel up the length of the cradle, above water. This technology is safer/easier/gentler and less possibility of accidental damages. (GP 1%) (Ja 3%) We could process bio crops such as Jatropha, com, sugar cane, coconuts and oii palm, as well as any and all organic wastes (including manures, sewage)...

1. Chemical solvents: hexane, benzene, acetone, methanol, ethanol...
2. Soxhlet: chemical solvents, methodology involves repeated washing and/or percolation using hexane and/or petroleum ether (involving reflux in specified glassware).
3. Enzymes (best bred/cloned/synthesized): enzymes break down the cell walls of the bio crops, involving water as solvent assisting in fractionation.
4. Expression (Expeller Press): Mechanical pressing and chemical solvents.
5. Osmotic Shock: fast reduction in osmotic pressure causing the cells to implodelexplode, to expel cellular contents including oil.

6. Supercritical fluid: C02, is liquefied under pressure and heated which acts as a solvent that is both in a liquid and a gaseous state.
7. Ultrasonic-assist: sonochemistry, using an ultrasonic reactor, ultrasonic waves make captivation bubbles in a solvent material, the bubbles rupture near the cell walls, it makes shock waves of liquid jets making the cell walls to break down to expel their contents within a solvent.
8. We plan to use our diamond technology for manufacturing larger diamonds, used in conjunction with the pressure/heat to press to crush and breakdown bio crops to release their oils (GP 10%), and any and all waste including garbage, eg.
plastic, rubber, and oil/tar sands (into slag and gasses) we could also combine the use of the pressure/heat smelt metals (steel, aluminium..) heat salt water and use the steam to tum turbines producing energy and then condensating into fresh water, the heat can be powered by mirrors or Tall Gravity to Electricity Invention underground patented by Gerard Voon) and heat to vibrations to energy technology.
We could do any and all combinations of the 1 to 8 processes above to process for any and all bio-crops and any and all garbage as well as in tandem, we could sequence the processes. (DLD 40% Asia) We could also mix sulfur (possiby with corn - any and all bio crops perhaps mixed with enzyme treatment before and/or after to release the ethanol and/or the bio fuel product that is the end product of the specific bio crop.) with ethanol and oil/tar sands then distilled and the material then the mixture heated and the sulfur/ethanol/bitumen/water mixture would settle at the bottom of the container and bled off. The hot sulfur is then mixed into another ethanoUbitumen/water mixture. We could ethanol and any and/or all alcohols and/or any and all bio fuels with oiUtar sands - that can be burned directly; we could also combine the use of the pressure/heat smelt metals (steel, aluminium..) heat salt water and use the steam to turn turbines producing energy and then condensating into fresh water, the heat can be powered by mirrors or Tall Gravity to Electricity Invention underground patented by Gerard Voon) and heat to vibrations to energy technology. And we could (possibly pressed and heated - eg.
with mirrors) to break down molecules of any of the combinations above eg, oil/tar sands mixed with ethanol (possibly mixed with manure and/or any and all possible wastes and combinations) to produce gasses that are basically syn gas.

Growing corn on the top layer could package (hereinafter, package/packed refers to biodegreadable absorbant yet stiff enough to support planst such as com) large tight rooting and the stalk stands up - packed surrounding the roots is enough soil and/or peat and/or manure%ompost/partially treated sewage and any and all organic wastes and/or chitin/chitosan to provide for the corn (and/or any and all plants to last through maturation -the packages fit in holes in large styrafoam trays and/or lava rock, and a further layer of lava rock below. Underneath the lava rock is a perforated strong waterproof material (eg. PVC) to hold up the two layers above and finally the bottom is a catch basin, where we could grow lobsters/crawdads/crayfish/tilapia/any and all shell fish/and any and all fishes and any and all water creatures; the entire system could be flushed with UV treated sait water and re-circulated UV treated salt water and low concentration feed tea manure...Altemafively if the tea manure has too much nitrogen, we could skip the middle layer of lava rock and rather plant the com in tight packages with enough peat and top soil in the rooting package surrounded by either a thick layer of styrafoam with holes that fit the rooting packages, and or lava rock to keep the corn from tipping and then place a membrane -multiple layer (eg.
sealing above the perforated strong waterproof material eg. PVC) to keep the nitrogen out, from entering the catch basin where the lobsters/crawdads/crayfish/tilapia/any and all shell fish/and any and all fishes are housed or more importantly to keep the salt water below from tainting the corps above, unless the farmed creatures below are fresh water species.
Altematively, we could design the system where water does not pass freely between the crops hydroponics' in packages surrounding the stalks of eg. com we could put bags of algae (that are passed with tea manure) above and the farmed water boume species below we could recycle water, where nitrogen-ammonia water caused by feces/uneaten are treated with UV and then micro organisms in sand and membrane to take out the salt which produces fresh water that is re-circulated to the plants/crops above, then the opposite the water from the crops (that have nitrogen removed by the roots of the crops) can be mixed in sak if for salt water re-circulation. This rotational re-circulation, may create symbiotic synergies. We could grow these stacked farming systems on further floors up all the way up tall buildings... possibly with TALL GRAVITY TO ELECTRICITY INVENTION buried underground to provide energy. We could also grow root foods in third world countries (as well as rice) such as yam, sweet potatoes and potatoes which may be higher yield than rice - in its ability to fill stomachs (even gingseng)... by packing the area surrounding the roots with a large footprint of tightly peat/top soiUmanure/slightly treated sewage/compost/and and all organic waste, perhaps surrounded by a burlap (or biodegradable - any and all covers) to wrap, and placed in a hydroponic solution (eg. tea manure; possibly supplement with phosphorous/potassium and vitamins), surrounded by support such as thick styrafoam flats to support the stock and lava rock surrounding the packaged roots - with ample packaging of root growth space so as not to impede the growth of root crops - possibly in sky scrapper green houses.

To prevent fires in Buildings Artificial Intelligence/Neural Links with other human remote control, manage the inventions (and the process of making) and control robots that do regular check ups and maintenance and/or repair on all the equipment:

We could also develop ceramic paint to paint walls (interior and exterior) as well as ceilings/ and floors and roofs to make the building fire retardant. We could also make a foam that is flooded in-between that interior and exterior of the walls and the upper floor and lower ceiling that is very fire retardant.
We could use powdered ceramic to mix in the creation of any and all wood composite (GP 0.7%) and any and all PVC panels (fire proof panelling created by a mixture ceramic powder and PVC) and ceramics mixedfincorporated in any and all dry wall. (Jwo 0.5%) (GP 0.7%). And also mixrncorporate into any and all faux wood and or any and all faux stone and any and all walls of any type.
For aquaculture we could use pens that are encrusted with chitin/chitosan and zeolite, in slow dissolve release form and/or chunks of the material thrown in the pens/tanks and/or mixed solution that comes out as a sprinkler or hose drips.

Re: Forest Fires Artificial Intelligence/Neural Links with other human remote control, manage the inventions and control robots that do regular check ups and maintenance and/or repair on all the equipment.
Dump Trucks with cranes either attached and/or hitched can be used for Forest Fire and Floods usage.

Use Artificial Intelligence and computer algorithm(s) as the same thing...Virtual Reality, Neural Links and manual/remote control/automated/joy stick/Wii/giove controls/computer controls, eg. key boards; cursor; and/or all electronic control manipulators automated truck that cuts trees to cut path through trees this truck is followed by a line up of dump trucks and water tankers, that don't require direct human control at the helm, to unload robot drives and/or backs up right up to (quickly and possibly divided by easy meft separated containers so the water (fire retardant) dumps in batches, water onto a specific site, and tankers that aim hoses (eg crane with joints with real time camera - infrared to choose how much and where sequentially and then based on the flames response sequentially allocate the water spray to different area by time expected flame to bum more or dye down and the position of the hose attached to the crane and the distance that must be travelled to reach the best place to hose down next) - controlled by robots (selectively/strategically depending on the nature of the fire (strengths/weaknesses - eg. heat and/or flames and/or embers location size of fire remaining and neamess to) versus the environment - eg. availability of flammable grasses... )), Re: Floods Artificial Intelligence/Neural Links with other human remote control, manage the inventions and control robots that do regular check ups and maintenance and/or repair on all the equipment.

Dump trucks can also be made near rivers/canals that are known to flood that carry (robot filled automated) sand bags, (sand is transferred to a cheap land cost locations that are near the areas usually needing the most sand bags, and strategically located based on engineers theory of what areas along the river/canals wiii need sand bagging or between/serving multiple areas). The dump truck can come with an attached robot arm and conveyor belt or the robot arm and/or conveyor belt can come hitched to the dump truck full of sand bags. The people will be free (have more time before the flood) to simply stack the sand bags on the walls of the canals/ievies/rivers.

Bird with Any and AII Hang Outs Artificial Intelligence/Neural Links with other human remote control, control robots that do regular check ups and maintenance and/or repair on all the equipment.

Given the novelty of have birds fly around while you eat and perhaps drink that cappuccino/espresso, yet afraid of the bird fly or droppings. This invention's design is an outer (larger) and an inner (smaller) dome (or any and all shapes including an outer walled disc surrounding and inner walled disc possibly multi levelled) the outer above the inner or walls are both made of acrylic. The inner walls houses the restaurant/caf6 and the outer walls houses the bird and/or aquarium sanctuary, possibly the upper level as a catwalk for viewer to take pictures of the surrounding outer chamber and above chamber to view either birds or water creatures.

Re: Mixed TALL GRAVITY TO ELECTRICITY INVENTION AND/OR SOLAR PANELS
TECHNOLOGIES whereby Artificial Intelligence/Neural Links with other human remote control, manage the inventions and control robots that do regular check ups and maintenance and/or repair on all the equipment.

In this version of the TALL GRAVITY TO ELECTRICITY INVENTION, the shell building (that could be cylindrical to create more flexibility for the sun not to be cut off by the shadow from the building and avoid comers that may cut off the light and/or a hexagonal to accommodate the squareish/rectangularship of the contraption within and/or extra width on the walls facing east/west and/or north/south (concave parabolic GP 0.0057%), convex parabolic and any and all architectural designs) surrounding the main contraption is fully covered with solar panels and on the roof as well. Mirrors are placed surrounding (or other reflective material) like an upside down dome (around the shell building) - perhaps even with microscopic lens, to increase the reflection on to the solar panels on the building (possibly with combinations of windmilis on top, or on any of the sides of the buildings).

The solar panels on the buildings could be insulated from heating the contraption within by ceramic and or other materials such as that used for oven gloves.

The solar panels could be made of purified graphite.

We are also building solar panels that are made to float on pontoons in water and/or platforms/and/or barges one version is to have them connected by chinks ( so they are able to flex/twist/bend with the movement of the waves). If there is a serious storm coming, we could make 1) the panels removable and/or rollable up, like a fishermen's drag net. We would probably need to protect them from salt water corrosion, and we could look into securing them with bamboo.

Solar panels can be use anywhere where there is sun and cheap land.

Re: SOLVING THE FOOD CRISIS of 2008 Processes (eg. harvesting) by Artificial Intelligence with Human Neural Links and other Remote Control Techniques This root bundling method can be used in forests/jungles (especially the British Columbia's Pine Beetle Forest) especially valuable plants such as vineyards. We tie the plants trunk and root base soil bound in burlap (or other material possibly biodegreadable) wrapping to the dead trees and use small holes to plant any and all plants that yield whatever we most need and value that is realistically realizable (eg. bio crops) that like selective forestation is grown among the undergrowth of the Pine Beetle Dead trees (using Non Tillage methods).

We could also use rooting bundles made of burlap (or other material possibly blodegreadabte) with and then inject in multiple sites (to spread the augmented growth) - the injection sites can be laced with chitin and/or furanone to prevent infection also we are trying myostatin at muftiple times or drip and/or sprinkler water them with (rooting) and other hormones...potatoes/taros/sweetlpotatoes/parsnips/yam - any and all fruits and/or vegetables. Using x-rays and/or DTI and/or some similar technology to look underground with out hurting the potatoes to find identify which potatoes are and where they are mature (eg. for eating) and/or to the least possible time and best time (most prolific) to split the eyes to start new batches of plantings (root hormones).

In the non-tilling agriculture (which saves the iand from depletion), we could other crops that don't compete with the potatoes for sun, these include beans (for nitrogen fixing), ground crawling plants such as pumpkins/melons/zucchinis/cucumbers/egg plantslgourds and snow pea shoots/perhaps even fiddleheads ... Although we need to study the long term effects for humans to eat plants grown with plant hormones, during today's food shortages when millions of people around the world are dying, plant hormones are worth a try.
As well as the all plants and vegetables perhaps most suited is to grow rice by hydroponics mixing plant hormone solution with manure and other (eg. fish wastes) and perhaps try to grow potatoes by hydroponics and mixing the water solution with chitin and furanone as well as root bundles large enough to allow the potatoes room to grow to their maximum proliferation and not be suffocated by being totally emersed in the water solution, and/or the water solution could be drained at intervals. Potatoes can be made into Long shelf life foods - French fries (frozen), freeze dried, salted, smoked, dried and as well as a carbohydrate supplement (several pills a meal, capsules, powdered to mix w(ith drinks). (GP 2%) As well rooting hormones and rooting bundles can be used for newiy planted mangrove (anchored so as not to be carried off by rough waters - deeper, mixed com (as above) - medium, vegetables and/or rice shallow... Above the lower plants we can place (Vaumet Sunglasses type) large one way reflective glasses that on top point (possibly become parabolic the further from the centre the reflective glasses - the farther out the reflective glasses go the farther the outward side leans downwards to reflect more upwards towards a higher up placed boiler - the higher up the more reflection surroundings can concentrate on the same spot/location) get that surround a boiler itself that to accommodate more reflective sun is supported higher up...The Vaurnet (GP 0.5%) sunglasses material reflects sun onto the boiler that heats water, oil, salt water, water that just needs boiling to be safe to drink, hot expanding oil and gas...Since the reflection of the sunglasses are one way, sun gets through as well the posts that hold up the solar reflectors and their frames can be made of acrylic to allow the sun light to pass to beneath where the ceiling can accommodate corn (any and all bio crops), algae, potatoes, grapes, kiwi, beans, soy, pumpkin, gourds, melons, water melons, gingseng, snow pea shoots, fiddle heads, rice ... depending on layout/space between and wind common and extrapolated future wing directions and force, we could locate windmilis made of acrylic posts (to allow the sun to reach the plants below) around the land grounds, with merely a small hole piercing through the solar reflectors for the trunk of the windmill to provide the support for the windmill. Underneath we could build Gerard's Voon' s TALL GRAVITY TO
ELECTRICITY INVENTfON...Also cow farm, where air out take is collected for methane from within as bio gas, the farm enclosure could be double layered inflatable material, where when the air between the layers of material are inflated any leaks can be observed.
And or we could grow in underground tanks catfish/trout/tilapia/artic char/steel head/salmon/crayflsh/gold fish (where and when water is available and not to costly to process in which such costly water is better served for direct human consumption).

We could also take rotten fruits - perhaps treat with ethylene, (eg.
cranberries, grapes, kiwi fruits, oranges, blueberries, peaches, plumbs... as their citric acid has broken down and their fruit (vegetables) have are turning sugary - pineapples) we harvest and boil (using large mirrors for cheap heat - we could use the mirrors to boil down sugar cane as well for bio fuel) focused on to a boiler holding the shredded and boiled (eg. with water) down into a concentrated sugar mixture and fermented into bio fuel. The skin and leftovers can be used for candy, sauses, jam and all round general fruit/vegetable additive. We could also apply (eg. African Violet flowering hormones) to any and all fruits and vegetables, any and all plants, even bamboo/artichokes (rooting and general hormones) any and all biocrops ... eg.
rooting hormones for corn - we could: 1. water the plant with (including root bundles) with rooting hormones and any and all hormones), 2. inject the rooting hormones and any and all hormones stump the connection between the corn stalk and the corn husk and add a dermanatrix type substance (that works for plants so scars don't form and get in the way of nutrients reaching the kemels) as well as chitin and furanone. We could do the same thing with any and all bio crops.

Re: MODELS for Organizing Farming in Poor Countries Managed BY Artificial Intelligence/
Human Managers linked By Neural Links 1. Parents who (have farm land) have no children (eg. war tom countries) - to help on the farm because their children have left home for better paying jobs in the cities, could be teamed (adopted gives both parties family experience and parents also get to pass down their skills) up with orphans who are old enough to work the fields (help/help relationship). Children are paid a fair wage and are encouraged to save part of their wage (contribute to a fund) to pay for their future skills/university education, so they can get even higher paying jobs in the future.
2. Option for farmers to form Coops for united land ownership and equipment (for greater bargaining power and sharing of expertise, and to reach economies of scale).
3. Volunteer organizations are invited during planting/harvesting season.

Re: HEALTH SUPPLEMENTS (Especially for Starving Nations) Run Along a Processing Plant with Robots We could create supplements (all in one and/or separate essential nutrients) -Protein (from goldfish)/Carbohydrates (from potatoes, rice, wheat...)/Bran/Vitamin C...The substances can be measured and mixed into powdered form. As well we can add caffeine (powder) varying in flavour from instant mix coffee%appiccunio/expresso, pop any and all drinks. Also myostatin drinks...

Re: Bio Crops (Energy) Managed By Artificial Intelligence and Robots and possible Neural Links taken from human or the vibrations of healthy fruitful and fast growing plants to play over any and all plants.

We could grow salicomia hydroponically tanks on land and on barges in the seas (GP 1%) and in fields where reflective (eg. Vaumet Sunglasses) mounted on acrylic stand focusing reflective sun on a boiler of salt water into fresh water (if we make the system large enough the fresh water output can be used to grow com fields and/or any of the biocrops, agricultural, blo fuel crops and/or aquaculture) and the steam from the process (possibly capped off) spins a turbine creating extra energy, with windmills mounted on acrylic posts.
And even grow crayfish/crawdads, gold fish, tilapia, bass, carp, koi, minnow, herring, smelts, perch and/or shrimp any and all fish/crustacean/shrimp/alligator/crocodile/any and all waterfowl. We could build these farms of muftiple levels eg. above the top floor windmills rise up on acrylic posts, on the top floor salicomia, below floors any and all fish/crustacean/shrimp/alfigator/crocodile/any and all waterfowl, and underground cow and/or pig farm, since underground the cows methane can be collected (enclosure underground), and below these pensnots we could build Gerard Voon's patented TALL GRAVITY TO
ELECTRICITY INVENTION. We could also try planting other bio crops in the either next to the salicomia or in fields next to each other whereby the fields drain into one another including jacobra - drought resistant, (yams, taro roots, sweet potatoes, potatoes, (cassava 30% GP)(algae 30% GP) (also hydroponically)).

Other Biocrops (biomass; biofuel crops) that can be grown in conjunction in the brackish sattwater marshes include (possibly hydroponics as an option):

1. Switchgrass (Panicum virgatum) - drought resistant too.
2. Big Cordgrass (Spartina cynosuroides).
3. Giant Reed (Phragmites communis).
4. Marsh Elder (Iva frustescen) 5. Groundselbush (Baccharis halimifolia) 6. Saltmarsh cordgrass (Spartina altemiflora) 7. Saltmeadow cordgrass (Spartina patens) 8. Saltgrass (Distichlis spicata) Species that can be farmed in brackish salt water marshes since the above agriculture/aquaculture/energy farms are ideally located near the coast lines where there is a lot of sea water, therefore we could farm the following (maybe in high rise green houses where the farmed creatures below don't need direct sun:

Shorelines - Wetiand - Brackish Water Lightninq Whelk Blue Crab Stone Crab Fiddler Crab American Alliaator Estuaries and Shallow Waters Green Sea Turtle Hawskbill Sea Turtle Leatherback Sea Turtle Loagerhead Sea Turtle Kemp's Ridley Sea Turtle Southern Flounder Eastern Brown Pelican Pinfish Pi fish Gafftopsail Catfish Hardhead Catfish Atlantic Cutlassfish Atlantic Croaker Open Water Striped Mullet American Eel Black Drum Red Drum Spotted Seatrout Tarpon Greater Amberiack Florida Pompano Common Snook Crevalle Jack Tripletail Cobia Special Structures - Reefs Eastern Ovster Red Snapper Vermilion Snapper Sheepshead Lane Snapper TYPES OF FISH

~brawiatioW Name ,-- - _~ _ _ ---- - -- - - - --___ _ ;FLMB--- Fiorida-strain Largemouth Bass PDDL Paddlefish ;PS Pallid Sturgeon ISTB Striped Bass STB (ATL.) Striped Bass ; STB (GC) Gulf Coast Striped Bass ,-----IHSTB-OC Hybrid Striped Bass Original Cross rHSTB Hybrid Striped Bass Reciprocal Cross or Sunshine Bass !CF Catfish jCCF Channel Catfish I BCF Biue Catfish :!FHCF Fiathead Catfish BG Biuegifi GS Goiden Shiner IFING Fingeriing 1 yr. Yeariing NWR National mdi'ife Refuge WMA Wiidiife Management Area !Par Parish SPLW Spiiiway We plan to test the below for conversion to Bio fuei/Bio mass/Bio crops and food for humansAivestocklFertiiizer, including berries for juices, jams and using mirrors and boiler to boil down-concentrate the sugars for fermentation into ethanol...

FL RA

The 52,085 ac. of marsh In White Lake are classified as fresh marsh. During a coast-wide vegetative survey in 1997, LDWF collected data along several transects acaoss White Lake. Plants found, by management unit, are as foiiows:
Management Area (Unit) Common Name Scientific Name maidencane Panicum hemitomon buiitongue Sagittaria spp.
Waiter's millet Echinochloa walteri C sprangletop Leptochloa fascicuiaris (the Refuge) slender fimbry Fimbristylis autumnalis bullwhip Scirpus cafifornicus southem swamp lily Crinum americanum sawgrass Cladium jamaicense rattiebox Daubentonia texana E maidencane Panicum hemitomon (Hunting Area) builtongue Sagittaria sp.
southern swampiiiy Crinum americanum buttonbush Cephalanthus occidentalis spikerush Eleocharis equisitoides water-shield Brasenia schreberi white water lily Nymphaea ordorata common frogbit Limnobium spongia broadleaf cattail Typha latifolia buttonbush Cephalanthus occidentalis B southem swamp lily Crinum americanum (Natural Area) sawgrass Cladium jamaicense spikerush Eleocharis equisitoides spider lily Hymenocallis caroliniana roseau Phragmites communis ~ giant cutgrass Zizaniopsis miliaceae coontail Ceratophyllum demersum southem naiad Najas quadalupensis Additional Species Eurasian milfoil Myriophyllum spicatum fanwort Cabomba caroliniana floating heart Nymphoides aquatica dwarf spikerish Eleocharis parvula bladderwort Utricularia sp.
black willow Salix nigra waxmyrtle Myrica cerifera White Lake Shoreline Chinese tallow tree Sapium sebiferum live oak Quercus virginiana swamp red maple Acer rubrum american elm Ulmus americana ~ swamp red maple Acer rubrum waxmyrtle Nyrica cerifera Chinese tallow tree Sapium sebiferum black willow Salix nigra sugarberry Celtis laevigata chinaberry Melia azedarach buttonbush Cephalanthus occidentalis buckbrush Baccharis hamilifolia maidencane Panicum hemitomon Interior Levees cutgrass Leersia oryzoides roseau cane Phragmites australis blackberry Rubus sp.
pokeweed Phytolacca Americana yankee weed Eupatorium compositifloium rattlebox Daubentonia texana giant ragweed Ambrosia tritida iris Iris giganticaerula butterweed Senecio tampicana bullwhip Scirpus californicus Gulf Intracoastal Waterway sugarberry Celtis laevigata (seventeen miles) blackbenrv Rubus sq.

black willow Salix nigra roughleaf dogwood Cornus drummondii hawthorne Crataegus sp.
Chinese tallow tree Sapium sebiferum chinaberry Melia azedarach mulberry Morus sp.
live oak Quercus virginiana swamp privet Ligustrum sp.
waxmyrtle Myrica cerifera Japanese honeysuckle Lonicera japonica greenbriar Smilax sp.
trumpet creeper Campsis radicans poison ivy Toxicodendron radicans grapes Vitis sp.
pokeweed Phytolacca americana lantana Lantana camara elephantsear Colocasia antiquorum dwarf paimetto Sabal minor giant ragweed Ambrosia trifida Category Common Name [ Scientfic Name boat-tailed grackle Quiscatus major barred owl Strix varia brown-headed cowbird Molothrus ater cattle egret Bubuicus ibis double-crested cormorant Phalacrocorax auritus great blue heron Ardea herodia great egret Ardea alba kilideer Charadrius vociferus Resident Birds little blue heron Egretta caerulea mourning dove Zenaida macroura northem cardinal Cardinalis cardinalis pied-bill grebe Podilymbus podiceps red-winged blackbird Agelaius phoeniceus roseate spoonbill Platalea ajaja snowy egret Egretta thula tricolored heron Egretta tricolor anhinga Anhinga anhinga white ibis Eudocimus albus largemouth bass Micropterus salmoides bluegill Lepomis macrochirus crappie Pomoxis nigromaculatus redear sunfish Lepomis microlophus Fish alligator garfish Lepisosteus spatula blue catfish Ictalurus furcatus channel catfish I. punctatus builhead catfish 1. sp.
freshwater drum Aplodinotus prunniens warmouth Lepomis gulosus yellowbass Morone mississippiensis Red swamp crawfish Procambarus clarkii Three-toed Amphiuma Amphiuma tridactylum Lesser Siren Siren intermedia Fowler's Toad Bufo fowleri Gulf Coast Toad Bufo nebulifer Northem Cricket Frog Acris crepitans Amphibians Green Tree Frog Hyla cinerea Squirrel Tree Frog Hyla squirelia Eastem Narrow-mouthed Toad Gastrophryne carolinensis Bullfrog Rana catesbeiana Bronze Frog Rana clamitans Pig Frog Rana grylio Southem Leopard Frog Rana sphenocephala white-tailed deer Odocoileus virginianus coyote Canis latrans swamp rabbit Sylvilagus aquaticus nine-banded armadillo Dasypus novemcinctus striped skunk Mephitis mephitis Other Resident Wildlife river otter Lutra canadensis mink Mustela vison raccoon Procyon lotor Virginia oppossum Didelphis virginiana muskrat Ondatra zibethicus nutria Myocastor coypus American Alligator Alligator mississippiensis Also we could use sweet sorghum and cassava (high yeild of starch to feed the poor) and to produce ethanol.

We could protoplast fuse or other form of hybridization (or gene therapy) to make maize (that is alreadt drought resistant), able to withstand brackish salt water (see as fresh water is running out worldwide), like Switchgrass (Panicum virgatum) and/or salicornia and/or jatropha. It would be ideal to create a hybrid Switchgrass (Panicum virgatum), which can survive on brackish salt water with com. And/or salicomia with algae.

Re: Source of Microbes for Ethanol Waste the selection process and Nurturing Nursery Managed By Artificial Intelligence and Robots and possible Neural Links taken from human or the vibrations of heafthy fruitful and fast growing plants to play over any and all plants and any and all bacteria or the specific bacteria of choice.

We could use the most effective microflora in a cow's gut to decay lignin in cellulose from bio crops (eg. com cellulose wasted parts).

A car stereo/Amp/graphic equalizer plug and play that comes with removable face (with batteries) that doubles as an ipod, I-tunes and zune with the car cradle access to the car's battery and also has a plug and play computer interface. The device can be connected to the computer to download music. We could even have a website that downloads the list of songs you want and then at your behest (either you leave your computer hooked up to the website and the job is completed without your lifting a finger) or the websites collects your songs from the fastest connections from the best websites (versus the cheapest) and waits untii you give the websites service to upload the tunes into your device.

Re: Hover Jet (4 prop underneath design), Remote Controllable, (eg. neural Links even in cock pit by genuine thought recognition) Artificial Intelligence/Neural Links with other human remote control, develop and manage the inventions and control robots that do regular check ups and maintenance and/or repair on all the equipment. Because thoughts are so instant (eg. the clich6 the speed of thought) we want to develop a Neural Links/Artificial Intelligence that can tell the difference between an simulation/test (eg. actors pretending to respond the way the role requires) versus a correct desired general and/or specific outcome driven wanted verbal and/or action physical doing. Robot skirt to foldable/retractable skeleton...
This invention is modular.

1. Basic, simple top base of plastic and/ or carbon fiber lattice and/or aluminium -unibody which can have a tall and/or short walls (where a more flexible skirt material would impeded fast horizontal movement) allows for higher speed - unless the more flexible skirt material could fold up and/or deflate...
2. Uses mylar skirt (but may bend or crack from pressure under horizontal speeds, unless the skirt design...
3. Inflatable wings...
4. Teflon skirt, air bag material, convertible car material...
5. Skirt design - sloped outwards as you move down the skirt and/or domed possibly with round hoops/rings that get larger the further down the you go on the skirt in an attempt to spread the prop air flow, to stabilize the hover jet versus an unbrelia with carbon fiber lattice skeleon (GP 14%)...
6. There can be 4 or more retro rockets that stabilize the wobblyness.
7. Also a gyroscope in the middle that pivot so when the hover jet starts to lean to one side the props tilt down in the other direction.

We could have contests whereby any and all people submit to us recommendations on features on how to make any and all our products better and even give out monetary prizes.
And after the new features have been packaged into out products (in this entire submission above and below) we could possibly the interview with the winner...

Re: Automated Kitchen Aid Artificial Intelligence and computer algorithm(s) as the same thing ... Neural Links and manuaUremote controUautomatedroy stickWii/glove controls/computer controls, eg. key boards; cursor; and/or all electronic controUtouch shift to control robots any of the above and below automations where time to complete jobs is valuable, we plan to use Quattro fast hands robot.

One use if as a Kitchen Aid. The Artificial Intelligence helps by suggesting types of dishes eg. type, geo/regional/ethnic and fusion (dated - tradition versus contemporary) ... the ingredients are sent as a grocery list for whoever the shopper. The Artificiallntelligence visually maps out the fridge heights from side to side, the dimensions of the same heighted areas on each side of the fridge, the dimensions of the (vegetable and fruit) crispers and the pull out cabinet dimensions. Then the Artificial Intelligence identifies that fullness, in height 3 as well as what can be packed more tightly (so as not to tip (GP) and spill over liquids) - also suggesting packing instructions on items that their programming knows such items are known to leak (eg. juices), items that may spill should be put in front to avoid forcibly and unknowingly pushing the contents to the back, that often causes the items in the back to tip and spill. Items that don't spill and are long but not wide such as celery can be stacked with other such items. Items whose shape aren't stable eg. melons, cabbage...depending on size can be packed unstacked if high enough, or put on top if no very high. Items that you use regularly can be placed in or near the front (eg. sauces) and items that have short shelf lives.
The Artfficial Intelligence can keep an inventory of all the items even know when an item (whose buying characteristics eg. desired characteristics - plump red and green tomatoes depending on recipe, as well how long the item has been in the fridge -eventually we hope this information will be seamlessly provided by super markets). Freezer follows the same operations only on a smaller scale... Pantry is also managed the same way except the is no temperature control).
The dish washer is the same a recognition program assesses the items that have stacked up after a meal. The robot arm finds a safe way (based on recognized known dimensions) of the owners' dishes, cups/glasses, pots, pans and such cooking ware (GP). Being careful to be delicate when cooking wares are lodged between each other. The Artificial Intelligence extrapolates where the best place to tightly pack eg. starting from one side of each section of the dishwasher racks, and placing the plates together on the straight up racks, while bowls can be tipped/stacked slanted on the less high stilts in a tight fltting front to back packing.

We could have a cutting board table with a lid that encloses it and washes it automatically.
The robot hand can (where the following are stored in shelves/cabinet underneath) optionally pick up and use scissors/knives/stir spoon/grater any and all cooking utensils (GP) or robotic ability to secure in place the utensils to avoid slippage, above the self-washing cutting board could be shelves/cabinets for any and all spices/sauces/herbs...

We could have a baking preparations, marinate preparations, wrapping basically a counter top for any and all preparations of food.

Above the Food Preparation site can be (also stand alone - but together for space saving) the oven made of ceramic to avoid heat affecting the food preparation counter (top GP). The oven could have ceramic wheels beneath the racks that allow them to be pulled out so the robot hands can get a solid grip (eg. with heat proof grippers that are matched to the maximize secure grip on different pans' handles and the weight of the food).
And then on top of the oven is the microwave.

Then the stove/deep fryer/broiler oven is separate, with temperature remote control, and remote real time readings.

(GP 0.5%) Re: Ceramic BBQ Artificial Intelligence/temperature monitor desired spread of bum sensed by multidimensional real time view and virtual reality with remote control of robot spatula, tongs, poking large fork/skewer to handle the food as wells as charcoal/briquettes and/or wood for smoker.

Thick Ceramic (coming ware/pyrex) layer on the outside of the BBQ.
Different shapes, round, rectangular, two triangles (that allows the person to have a grill on each side, but as the grills reach the person they narrow as a safety precaution so the person can backoff quickly in case of too much fire, and/or perpendicular (connected at the ends luxury version) ... Teflon weather cover.

Optional Version that converts into a smoker. 1. A tray on top and/or below of the main grill and certainly on top of the flame could used to hold either natural charcoaUbriquettes for authentic BBQ flavour (whereby the flame below takes away the need to light and keep light the charcoal/briquettes) and/or the tray could carry wood for smoking... We could also have a donair skewer roaster.

Re: Wiki Retail And Restaurant Neural Links MODEL

We are creating the Ultimate Worldwide Most Comprehensive Restaurant Website (which can be used for Fashion Retail).

1. Critique by Customers 1- 5 stars 2. Types of food cater to gender/age/ethnic 3. Most Popular top 5-10 dishes by time of day (Breakfast/Lunch/Diner) 4. Cost relative to other restaurant in the same genre, uniqueness (exotic) ambience of interior design, cost of dishes relative to other restaurants in the neighbourhoods, cost relative to other restaurants that use the same ingredients (eg. lobster at red lobster compared to a fine dining cost for lobster dishes). Cleanness and parking availability. The same can be said for retail stores.
5. Celebrity visitors...
6. We could start off the website by offering money/prizes (based on the person's experience and quality of the write up) the first three people who visit and write on a restaurant. For visits by people who interact with our website, we could give a tablet for signatures so the writers can prove they visited particular restaurants.
Expensive outlets include Karaoke, Movies Library Boxes and large screen restaurant, Virtual Reality including (Lounges, Pubs, Cafes) as well as any and all tourist attractions, friends house... office... industrial plants any and all locations you want to visit especially any and all entertainment places. We could give (e-maps to the more popular restaurants) and directions depending on where you are coming from (North, East, South, West), and where (and which side) to turn (depending on which major arteries you are coming from or near to GPS superimposed on a detailed map), use VOIP and/or Neural Links to read out the street name and cross street name and address number odds versus evens on which side, which the Artificial Intelligence calculates where you are and walks you through the directions.
7. Cuisine dishes are sorted by sauce-covering, sweet, sour, salty, mix;
thick, thin, herbs, condiments, glazed...
8. Type of cooking - baked, fried, deepfried, raw (sushi), grilled...
9. Staple Ingredients - chicken, turkey, beef, pork, types of vegetables...
10. Ethnic and Mainstream Flavours - coconuts, pineapples, cream, tomatoes...
11. Deserts (Specific Key Dominant Ingredients and the textures versus subtle flavours of composition roles eg. crust that help define the kind of desert eg. pies with flaky crusts versus bite sized chocolate deserts) - sweet (chocolate), sour (Key Lime), tart (cheese cake), neutral, sticky (Lemon Meringue Top), soft, compact, light, flaky, (GP 3%) Re: Kitchen Location The Spider NODE MODEL, logistically regulated by Artificial Intelligence/computer algorithm and/or remote control such as via Neural Links to communicate in real time and down load orders/when ready, GPS and detailed map superimposed points of pick up and delivery lights up with different colours depending on urgency.
In this model there are several cafes'-nodes speckled across the best locations in the region (where popular high turnover dishes are served). At the centre (like the centre of a spider's web) is a central kitchen that cooks the more unique foods that are 1.
delivered to the outer lying cafes'-nodes as the order come into the central kitchen and the dishes are finished preparation, furthermore the cafes'-nodes can deliver regular foods to as well as the central kitchen can deliver unique (eg. Peking Duck, Chinese Bacon, Shark's Fin Soup, Bird's Nest Soup) to nearby apartments/hotels/offices and/or industrial factories.

We could even have farms within city limits, producing the most popular local highest demand foods, from livestock and their products as well as fruits and vegetables to keep the freshest, especially aquaculture living holding tanks to supply to local restaurants.

Re: Automated Car Garage (DIY and Professional for those who don't want to do it themselves - with a possible short test driving track eg. bumps to test shocks) with an on board vibrational sensor).

Artificial Intelligence and computer algorithm(s) as the same thing... Neural Links and manual/remote controUautomated/joy stick/VVii/glove controls/computer controls, eg. key boards; cursor; and/or all electronic control/touch shift for regular tune up (or specific problems), where warning lights pop up, and where regular tune up that have no trouble indicator for that model, then the car's various parts that tend to breakdown for that model are manually tested. The car can be tested by a driver whereby the Artificial Intelligence records the noise, the acceleration take, the braking take from various speeds, with a database of (diagnostic indicators to look out for given symptoms noted by customer) also the model of the cars can be programmed into the Artificial Intelligence so the Al can have full blue prints of the car including engine under the hood to know where every part is, their wiring under the dash with diagnostic equipment that can test the suspected parts for malfunction (eg. batteries versus ignition), also the robot arms must be designed (and/or adaptable) to be able to reach parts of the engine, apply enough force eg.
unbolt, and/or delicately place (eg. the brake pads in a very precise location and also the database can include parts (and reasonable substitutes) by the criterias of performance (see below) versus cost, versus brand name popularity/prestige by performance in the Race Track or safety, economy and commonality wanting to blend in and not be noticed or recognized or rock the boat. Tools to prod and dissect and test the parts to see even chemical tests to see what the substance is leaking from the engine, from brake fluid, engine oil, radiator...the sounds such and when the sounds consistently come on eg. brake pads and/or calipers whenever you brake, and/or when you speed up, or loudness and/or frequency of the sound as you put more stress on the engine. Some types of sounds include grinding scratching of brakes to RPM's Revolutions Per Minute, (uneven; random during the pressing brakes) for caliphers, (occurs at the consistent timing during speeds/momentum of stopping when they a pressed against different levels of speed/momentum and pressure applied - usually in types of sound per speed/momentum and amount of pressure applied), constant consistency in timing (eg.
fan belt) and the noise of a malfunctioning carburetor, Robots can be used to fix all these problems, taking apart to fit the new car parts. Securing the parts to a tightness based on the type (model of) cars - for customers that may prefer performance speed versus mileage (economical) versus durability and/or reliability. Robots can also test and use really fine viewer to look for holes in tires and repair and/or replace tires.(GP 0.2%) Re: The ocean's acidiFication, If the oceans continue to acidify if in aquaculture either we a raise brackish fish (eg. tolerant to acidic water) and/or use a closed water system, whereby new water coming in can be treated with gypsum.

In addition to natural sources, calcium sulfate is produced as a by-product in a number of processes:

= In flue gas desulfurization, exhaust gases from fossil-fuel-buming power stations and other processes (e.g. cement manufacture) are scrubbed to reduce their sulfur oxide content, by injecting finely ground limestone or lime. This produces an impure calcium sulfite, which oxidizes on storage to calcium suifate.
= In the production of phosphoric acid from phosphate rock, calcium phosphate is treated with sulfuric acid. Calcium sulfate precipitates out.
= In the production of hydrogen fluoride, calcium fluoride is treated wfth sutfuric acid, precipitating calcium sulfate.
= In the refining of zinc, solutions of zinc sulfate are treated with lime to co-precipitate heavy metals such as barium.

The precipitation processes tend to concentrate radioactive elements in the calcium sulfate product. This is particularly the case with the phosphate by-product, since phosphate rocks naturally contain actinides. Over 200 million tonnes per annumv of calcium sulfate waste is produced by the phosphate industry worldwide.
Calcium sulfate can also be recovered and re-used from scrap drywall at construction sites.
Re: Further Bio Science Automation Sewage, sludge, manure, compost, Gerard Voon' patented salt water to fresh water (turbine energy), ethanol, aquaculture any and all processes could be monitored for any and all changing conditions such as PH, hardness, nitrogen, temperature, oxygen, ammonia, C02... conditions checker, routinefintermittently...

Re: Separating Sewage (Between Organic and unwanted hard particles) Automated And Monitored by Robotic Aid, Work eg. squeegees done precisely and observation of non-organic particles by Artificial Intelligence viewer:

1. Put in settling pond to separate liquid from solid.
2. Solids feces should come apart easily, therefore a slight tumbler (and/or a process such as a large spinning screw at the centre of a tank that tears into the soft feces) should break up the fecal (that is the wanted part for fertilizer) matter.
3. Thin layer of solids are put in thin layers onto layers of finer and finer sifts whereby squeegees force the organic solids into fine sifts, thus the sifts will remove the non organic (eg. Glass, Plastic, Stones) leaving the lower layers as no (unwanted) non-organic partiGes.

Re: Artificial Ski Hill:

We could have a 4-sided ski hill with an acrylic roof, that can be covered by eg. vinyUTeflon covering for hot sunny weather, with a half pipe underneath, plus at the centre are 4 elevators side by side and well as side ski chairs...

Re: Panama Canal Shipping Trafric We could build a large multi types of ships' Shipping Yards on both side of the Panama Canal for ships that go there for specific repair (that serve the area) or ships that have trouble while passing by.

Re: Greenhouses and Lakes Managed by Artificial Intelligence/computer algorithm/Neural Links/Remote Control/robots Solar Panels made of cans can be used to heat greenhouses (especially in sunny but chilly winters), we could grow rice, crayfish, tilapia, nitrogen fixing beans, com, grapes, melons, pumpkins, gourds... We could have several lakes (with some for fresh and other for salt water) for trout/large farmed salmon/sable fish, ling cods (Where Artificial Intelligence keeps inventory of how many fish, the PH, hardness, Ammonia level, Oxygen, C02, temperature) even regular sorting by sizes by maintainence draining and one by one pipe whereby the Artificial Intelligence counts each fish with a sensor), as well Artificial Intelligence can fix and regulate problems such as moving the oxygen aeration device on rails and treating the water to fix PH/hardness, and changing water if ammonia get too high or temperature too hot (eg.
moving fishing and tackle equipment such as fly fishing equipment and teaching classes, the sides or tunnel(s) undemeath could be made of acrylic possibly next to a sea food restaurant (where we cook what the people catch different cuisine; Chinese; French also using Kitchen Aid) looking in to the water where people are fishing - with a dock, small light canoes, paddle boats and/or kayaks.

At SkUsnowboarding Resorts we could build acrylic bio-domes where we grow any of the creatures (managed by Artificial Intelligence) in the above paragraph including, tilapia, trout, steelhead, crawdad/crayfish as well as edible plants and vegetables, - next to the pond, and possibly acrylic walls surrounding and below we could have a restaurant/lounge/periodicals library with computer intemet cafe and confectionaries...

At Ski/snowboarding Resorts could Horse Ranch...

At Skusnowboarding Resorts Hotels/Restauranst/Pubs/cafes...

At Western Ski/snowboarding Resorts we could transplant large maple trees for maple syrup.
(robot woolly Mammoth and/or sabre tooth tiger...). Artificial Intelligence (multidimensional map of the entire enclosures) ArticlAntarctic themed farm on a part of the mountain where ski/snowboarding is not a good idea. A Breeding Program for Rarer wild life ... trekking and/or dog sledding and/or snow mobiling, and/or with enclosed large wheeled truck for those that want to be in more luxury, and carrying food/water and safety when near polar bears. The enclosed large wheeled trucks carrying people can have classes jet set, first, and economy.
Along the route they can have campfires and along the route are log homes and/or igloosrce hotels... Foods include aboriginal flavours, local wildlife prepared local way, preserved includes smoked/fried/deep fried/salted/canned and/or freshly caught (eg. ice fising)... possible breeding local species for fur... Gifts can be sold in the big wheeled trucks recreations of ancient tools, knick knacks made by aboriginal inhabitants including wooden bowls, utensils, sculptures, masks, carvings of bone...As well we could have log ranches and horse drawn carriages and/or horse back riding while the enclosed large wheeled trucks follow behind for people who get sick of being in the outside on horseback and also the enclosed large wheeled trucks can carry supplies. We define rare (most desirable species) as how many of the species stili left alive, where they are still found, difference between this species in relation to other (cousin) species, history, where they were found in the past.
Species include polar bears, arctic char, seals, caribou, partridge, penguins, rabbits - we could use the 360 degree x-ray to see in real time the multidimensional (eg.
have a website that sells multidimensional duplicates of these creatures for sale - even and any all rare creatures worldwide) also we could add genes from fire flies to lichens of all ArcticlAntarctic varieties to see in darkness their anatomy...

At Ski/snowboarding Resorts we could have seasonal stores, holidays, celebrations, flags, with a mini train that goes around the village (possibly covered with acrylic to keep the snow from jamming the track) stopping at strategic locations throughout the village...And then a full sized train to encircle the mountain and also a tram/trolley that (goes up the mountain) which is built on concrete blocks to be above the snow line (so the people can take in the scenery), and the track is enclosed with acrylic to keep snow from jamming that track...we could call it the Polar Express...

We are proposing (eg. to Swaneeset Golf Course) a MODEL for using farm meadows in a harmonious way that provides attractions and at the some time is not developing invasive concrete jungles... We could have a greenhouse to grow grapes (several Vineyards - com, beans, pumpkins, strawberries, any and all berries including black berries, water melons -fruitNegetables) by controlling the temperature we can freeze the grapes at any time to create the effect ice wine. Artificial and sensors can manage, the grapes' roots could be grown in hydroponics (if the styrafoam is thick enough or we can use root bundles with Gerrad Voon's patented salt water to fresh water and energy invention made with one way mirrors where there is a mirror reflecting the sun onto a boiler on one side of the mirror and the other side light flow through (like a police station interrogation room one way mirror on the wall). We could Also have windmill with (acrylic posts). We could build a paraally underground conference centre that is domed at the top and not too high to blend with the landscape. We could showcase the best winesfice winesJchampagnes. We could create machines and containers that allow clients to either taste (shooter cup) and or small glass of these expensive drinks and then as soon as the amount ordered (possibly the client pays by weight), the remaining rare/premium alcoholic beverage is rebottled or placed in a dassy looking container where it will not only age properly, and have the proper flavour characteristics. We could grow cows underground and collect their methane breath. We could also farm rare animals such as caribou, giant rabbits, emus, ostriches, buffalo, all the rare and most popular, aquarium and animals and where breeding is bountiful we could sell in our Factory Outlet Gardening/Landscaping Aquarium and Pets; we could divide each segment between beginner, Familiar and Expert in terms of difficulty to maintain up keep any and all living things. (GP 1%) Pitt Meadows, any and all scenic places including Sechelt, Powell River, Campbell River, Vancouver Islands all the Gulf Islands (with new and/or renovated golf courses) could cheaply build Helipads (that don't take up much land) for Helijet, Extendible Helicopter, ospreys and Sea Planes onto Pitt Lake to make it into a tourism hub. We could build time share Vacation Homes, next to far/ranches that are surrounded by condominiums/apartments/housing, to buy-in local voters, we could give away time share property in times where no one are using the properties either at a discount or for free for locals to use, first come first serve waiting list. Near Swaneeset golf course for example we could build a huge golf store, factory outlet, surplus/second hand (sourced from brand name surplus suppliers as well as e-bay fire sales) as well as the main section of Latest (Premium) Quality. We could give away green fees based on frequency the member buys balls at the driving range and also bonus points on any of the goods and/or services we supply for every new member they bring that buys a membership. We could bring endorsements for the 4 biggest winners qualified by winning the most majors a year or most wins for age group or biggest money list or most wins for present year.

We could build the WORLDS' TALLEST (and Largest) Free standing Clock (Steam and/or Glowing) clock tower, with many levels under the clock dedicated to revolving restaurants/
with the lowest floor being the main preparation kitchen with (not only food catering elevator in the centre space - surrounded by the restaurant tabies) bat also the centre space at intermittent levels/floors are for heating (stove/microwaves/broiler ovens), so the food will be hot when served. Tables can be waited by micro devices, Neural Links hooked to Artfflcial Intelligence and set up with Kitchen Aid. The very top of this sky scrapper can have a spinning search light.

A Hall of Fame of every legendry Leader (robot recreations, who have moving robotic parts including animated faces) these robots are placed in front of a backdrop historically significant places during the time, they include Leaders worldwide - famous and/or infamous.
Re: Drive Inn Theatre Robot/Artificial Intelligence Movies Auctions We could have Drive Inn theatres especially on beaches (whereby the front allows people to sit in the sand or pool chairs (foldable) and rentable towels - surrounded by a coliseum of normal seatings (possibly with sir plane knobs that blow a narrow hose of fresh temperature controlled air. We could have genre nights. Each space comes with a voting of the movies that the customer wants to see, and the people that pay the most as a total amount paid over the minimum cost to cast dollars of votes to watch Movies Libraries including new releases...
Re: New Orleans/Louisiana Website I foresee a possible time when rebuilding your homes and/or commercial office/retail outlets in New Orleans becomes not worthwhile because of the Hurricanes.

1. We could buy their land a place solar panels on everything even pay the landowners a part of our income.
2. Underground bunkers to store the mobile solar panels.

If such a time should come, the people of New Orleans/Louisiana will become a widespread (perhaps pockets) of Diaspora. The purpose of our website is to create a virtual space (managed by Artificial Intelligence and/or Neural Links), we could even build a multidimensional French Quarter where former folks of Louisiana and New Orleans can enjoy their former pastimes, and evolve a virtual society (especially those who are home sick) to share their culture, food and music, and festivals).

Re: MODEL CITY (eg. Mumbai/Bombay) managed by Artificial Intelligence (public services provided by Artificial Intelligence) and also services economy carried out by Neural Links and remote control complementary and/or monitoring/supervisory role over the Artificial Intelligence.

Building Tourism/Business (although some people would claim tourism is a type of business, I would separate it because in terms of city the culture promoted by the employees can be quite different eg. businessmen tend to be conservative and tourism needs very soft skills and both can occur together at the same time even if their activities are different) - the two elements that grow the economy and when the economy grows the buying power of people grow and when the buying power of the people grow the quality of life of the people grow...
Tourism and Business can overlap where infrastructure caters to both Business (industrial upstream along the vertical chain) to Business; Business (Final Product to Consumer) to Consumer (whereby the consumer may be locals and/or tourists; and infrastructure:
We could also create magazine that covers the issue below...

1. Both need Hotel/Resort (plays on history and cultures and ethnic architecture - eg.
recreation of the palace of the Moguls that is a hotel/resort possibly in Bombay) and Arts infrastructure.
2. Both can benefit from Cruise Ships at Ports of call.
3. Cargo Vessels from Shipping (and/or Ports) and trucking facilitates products transport, not just business (industrial - upstream) but to serve (eg. Sysco ) to the tourism industry.
4. Tourism in exotic under developed and traditional/mythical former commonwealth countries can capitalize on nostalgia of the colonial days by rebuilding and recreating new old style colonial venues (eg. colonial hotels/resorts, trains and other such experiences) tea and rice and sugarcane and pepper plantations.
5. We could build a studio in and produce both Hollywood and/or Bollywood movies (themes such as Heroes with a flaw and/or Gangster with a golden heart -people appreciate his sense of goodness given the jobllifeestyle he is involved in);
including:
different genres, historical, drams, archetypical, martial arts, action, romance, fantasy, sci fi; stereo types, areas of people's lives, what they want to fill full/satisfied, what motivates, their values, extremes versus tolerance, why, where in history they got the passions from; represent eg. manly/gentlemen a persons who is liked and admired, how the peoples want to be treated, by whom ... Fashion Big Name Designers...
6. The entire city of Bombay could be mapped including stores ... into multidimensional website (Neural Links library of experiences documented by locals and/or those who have visited) sharing things that are enjoyable, exotic including foods, architectures, local people's idiosyncratic, nature (scenic) and rare creatures tourist attractions, any and all things tourists do offered free or sold. For example as something rare and unique to do we could build cabanas for people to live with all the amenities sewer/air conditioning, and place it on the shore line where the locals fear tiger and/or crocodile/alligator attacks, the secret is to create a strong fence that is either tall enough or fence over the roof over the cabana, whereby people must stay in the building (all acrylic transparent building), and they can even feed the tigers and/or, the fenced area could continue into the water surrounding a dock large enough to accommodate large ships and or large boat house (port of call), when its time for tourists to go home they can use (rioting) hoses to spray (pepper/tear gas/tazer/cow prods) away any overly aggressive tigers and/or crocodiles/alligators.
7. The Arts scene Amphitheatre, Broadway - operas/plays, sound stage for all genres of music.
8. Most popular chefs are funded to cook (possibly Spider Delivery system) to local hotels/resort congregations and business catering ... best food for those who wish it.
9. India Hall of Fame - Robotic - Ghandi, Mother Theresa, Moguls, Great Political Leaders... Milestones in India's history and heritage.

10. People who understand the culture and contemporary forward looking take on possible future scenarios... right to have high status items.
11. Renovate to a modem stock market (New Ticket Tape) - flashes.
12. Hoiogram/Billboards on city square modem versus traditional high rises (with old style shop houses below)...
13. An entertainment district at night (food disco), hotels/resorts and their Lounges, a laidback town square during the day cafe bakery I'ifestyies by day (rivers lined with stone walkways), hawker centres, - Euro town squares, while modem village (with huge billboards/television screens (high end shops and restaurants) ice skating rink at the atrium of shopping malls, theatres, city centre University Branches that cater to businessmen and affluent visitors and also those who want to try out the affluent Iifestyle temporarily, (GP 1 %) Re: Some Tourist/Economic/Transport/Business MODELS (SYSTEMS) for South/Central America and Caribbean Any and All Beaches Worldwide We could build Ivey League Universities/and Technical Institutes in Brazil. We could build a fast train transit system in Rio. Our company could hire Brazilians with a focus on growth perhaps starting out with training then hiring while being careful about prices of goods (input factors), the strengths and weaknesses that come naturally endowed and/or endowed based on decision making on the part of past leaders of the people's choice and their policies that has brought to their current economic conditions. We need to build telecom eg.
ADSL, Cable, Wireless infrastructure.

We could build large underground garages in any and all places worldwide for Recreational Vehicles/mobile homes (given adequate venting with rain guard), even multiple level. Above we could build officesrndustriai parks/shopping malls/condominiums/hotels...

For Buses we could offer foods found in mini hotel (fridges) - junk food, catered (eg. Sysco), chef-boy-ardee, tv dinners... versus health orientated bus food services lines (see Gerard Voon's Healthy Vending Machine choices; vegan meals) on the top of the bus could be solar panels to charge batteries to power the fridge and microwave...bottled drinks, from pops, to juices, to water bottles, to monster drinks and redbuli...The Artificial Intelligence could take orders and send wirelessly to the front and/or back of buss where mini fridge and/or freezer and/or microwave is located.

I propose a mass Magnetic Levitation (trying to use Gerard Voon's patented muiti-ievel Mag Lev Trains and trains to rail design) System from Alaska (across the Bering Sea), from Canada, through to Oregon, Seattle, through San Francisco, through to Las Vegas, through to Beverly Hills all the way down to Me)aco, through to Chile, through to Panama, through to Brazil and Argentina... We could have an East to West Lines (between New York City to Boston/Detroit/Las Vegas) and a Northern Canadian Version, from MontreaUToronto/Ottawa/Saskatchewan/Calgary/EdmontonNancouver and perhaps Vancouver Island...There are two types of cargo, Magnetic Levitation (passengers and ferries for cars for those who want speed), versus siow train, of which the slow train could stop over in ports.

We could divide the beaches by age/generation (eg. sort generation based on the music they listen to, adults versus young adults versus teenagers versus families).

For the young adults and adults the segments of the beaches can be divided by those who want a wild time and those who come to sunbathe if sedentary form (we could provide them with lounge chairs.

Based on these divisions people of similar nature mix visitors/tourists with locals.

For youths and young adults they could create Fort Lauderdale games and contests and celebrations (wet t-shirt contests), fun/games for locals/tourists to mix and get to know one another, tourists can hire guides to help talk and pick up potential local or other tourists partners and/or friends that the tourist wants to get to know. There can be cheap watered down beer, a Tequila container with 100's of worms so every shot has worms for everyone.
We could have soap bubble disco club.

On the beaches (washrooms) we could have vending machines that sell sunscreen dispensers, condoms, and chitin/furanone antimicrobial hand wash.

We could have on the other side of the road hawker food markets that are regulated for quality of food standards. They could sell local delicacies such as mosquito eggs, crickets, grub worms, Chile and Amazon fish and water living creatures for exotic meals... Each beach segment particularly the parts that caters to the rich tourists could have beach and poolside cocktails/mega selection of beers/juices/the best restaurants (Cabahas with Mariachi and other live music eg. Jazz for Musicians from New Orleans) with longer shelf life foods stocked at the beach as well as regular high turnover such as hot dogs and other BBQ
cooked and sold at the Beach, while more complex dishes and lower turnover and short shelf life cuisine dishes delivered to the Beach. The idea is that perhaps high hormonal youths might get along with the people of Rio (who as I understand are open towards sexuality).
Along the other side of the Beach road strip, (sell and rent) any and all out door sports equipment from bicycles to kayaks, Beach Clothing (IocaVHawaiian and Sport Illustrated and other Beach clothing big fashion designers), summer wear -aromas/fragrances/deodorants/sun tan lotions/green tea sun lotions/shampoo/conditioners/oiI treatments/sun bum ointments (eg. Lanacome), We could build a conference centre and automated transit system throughout Rio. We could have spas on the beach side we could have members either in the shade and/or under tinted acrylic housing with whirl pools, drinks and swimming pools.

Re: Multidimensional Website We will create multidimensional (possibly combine) Utube/Facebook/My Space/Blogs -whose content are sorted by genre, generation, area of life, interests (eg.
gardening; art and craft; building model flying air plane replicas) general (Work/office, social -Good Boys' Club, Ladies Auxiliary Meetings - family), Blogs - of any and all topics (latest in gossip/rumours, tabloid versus latest study results in fields of scientfflc/engineering/arts/business/IegaVany abd all contractors/social worker endeavour) by topic and ethnic/cultural, into a huge website for people to submit/post their material of a social nature, as well as Utube to share and show off your filmography and express your message. See below for the techniques/methods (MODEL) one aspect of the Best way for running the Worldwide Social Network.
To assist for locals/expatriates (hereinafter referred as locals) and visitors to meet we could:
1. Have restaurant hang outs where people go out of their way to make friends.
2. Woridwide speed dating where participants (members worldwide)are sent invitations, emails, gift cards - venue depends on size of participants expected.
3. Networking for businessmen to attend functions (for business -entrepreneurs, size of company (number of employees - corporate income), where it matters the employees' position, responsibilities, authority, department size that he is in charge of, job along the value chain, personal income) sectors and celebrations (eg.
AGM
and/or Christmas).
4. The age of the people.
5. Or groups of friends who want to meet certain kinds of other groups of friends.
6. Friendship Network - local people are qualified (in terms of friendliness;
safe - Neural Links) they then show tourists (even local to local). This a MODEL for people to meet; whereby the bcals publish (via intemet) picture of self (Utube; My Space; Face Book -) and their limited (safe for publishing) profile, tourists can choose more than one local and schedule that the local is available (weekly, free time). The type/model and age of their car. The distance the local is willing to go to show the tourists around and/or offering to bring the tourists based on public transit. Both parties are matched by interests, willingness to show (which type) tourists;
attractiveness (old/new) that the tourists site may have been previously visited by tourists that have experiences/familiarity having visited and/or lived in the (city) site before eg. tourists could also publish and/or submit to our secured website their level of experiences/familiarity with the (city) site(s) they want to visit and the sites they have no interest to visit. We can use Artificial/Intelligence mix match people (including the favourites based on the ranked list of choices that the tourists chose from the published local's profile. In the case that local is ideal (in friendliness) and has consistently received many big compliments but doesn't have a car we could rent a pedaling/gas/hybrid tri shaw/rick shaw whereby the local could charge for time spant with the tourists.
7. The tourists can pencil in their time and what they want to see given the local counterpart's time availability schedule...

Re: Sports Cruise Ship 1. Activities Booked by age group.
2. Weight lifting on the Top Deck.
3. Squash/tennis court/swimming pool.
4. Driving Range into a net.
5. Mini golf.
6. Badminton/Ping Pong.
7. Library (with instructions on how to play the sports available on the ship).
8. Interviews and film footages (Video/Neural Links) of Sports Legends and their glorious games/magazines/newspaper.
9. Sports Memorabilia.
10. Pre-reserve/book sports equipment for beach sports in hot climate ports of call ... kayaks/ATV/seadoos/scooters/trishaws/rickshaws.
11. Casino.

12. Closed Circuit Television.
13. Aerobics/Pilates/Yoga/Meditation.
14. Sumo wrestling...

Re: Port Cities 1. Sorted by cargo versus cruise ships.
2. Hotels/Resorts (local authentic only larger architecture; indigenous) - spa massages on the beach or by pool or at private rooms/room decks, within enclosed walls...
3. Schedule shuttle bus to the city, where the sky scrappers are.
4. Local Arts and Crafts/goods made by indigenous people - jewellery, woven bags sculptures...
5. Sea wall Beach Games and Beach Toys.
6. Near an Airport and transit (especially fast rail).
7. Magazine catering to Expatriates have a single page introduction/summary of places to see that only seasoned Expatriates understand and based on experiences would know about that are included in every chair Re: Any and All Books, Any and All Movies, And Any and All Radio, And Any and All, Any And All Television, Any And All Music; Any And All Media...

We could do these MODEL (these methods and techniques) with any and all cities and potential places where we are wanted...

We could have a direct person using Neural Links record their experience with the media's content ... and based on his appetite and satisfactions ... and imagination where no visual is available. And/or use Artificial Intelligence to record the experience filling missing gaps with a number of suggested options (to fill in a story's missing parts).

Once recorded a Third person observer can then hook up his Neural Links to the Recorded Neural Link programs, and the third person doesn't need to concentrate to squeeze the contents out of the media (whatever the format), Neural Links makes understanding easy and instant.

Re: We could have recorded Neural Links sports experts to guide novices through the rule book of any and all sport (including the rule book itself), what are exciting moves (they can be offered in Sports Bar and Grill And Pubs that cater to sports audiences especially ones that are so serious that they have closed circuit television. Previously recorded and managed by Artificial Intelligence, are Neural Links of any and all University courses and/or Technical (trades - contractors) Institutes and/or colleges even highschools.

We could create a magazine, and/or write up of email with pictures and/or calendars of beaches (Brazil, Bali, Hainan, Phyuket, California, Florida, Hawaii), mountains (Rockies, Whistler/Blackcomb, Revelstoke, Switzerland Alps...), rivers, old growth forests any and all places that people go to take in the sights and take pictures. Our subscribers submit their photograph either to use of we send the environmental pictures and they use our software/hardware that takes pictures/digital and scanned us an drawing outline mechanism whereby the User traces the outline of their object/entity - the computer/Artificial Intelligence cleans up the traced line of the outline/boundaries where the Users drawing of the boundary/outline is misaligned and the computer/Artfficial InteNigence extrapolates from the colour and colour scheme (mix of parts that make up an entity/object whether known and/or unknown) contrast in the background versus the colour in the entity/object being traced, the boundary lines and colour that separate entity/object parts that are included in the outline that are different (depending on what's fashionable, extrapolate by position on which end different entity/object are connected eg. a sweater covered sleeve that ends at wrist whereby the hand sticks out (given the sizeAength of the hand to the size/length of the sweater sleeve and the shape of the hand and that the colour of the hand's skin fits the listed recognizable skin colours), the computer/Artificial Intelligence recognizes that this is an arm - and based on extrapolation the computer/Artificial Intelligence recognizes the body part of entities/objects. Usually to cut out entities/objects the original picture containing the entity/object should not have anything in front of it, the picture of the entity/object should be dear of obstructions that break the realistic look as placed against another pictures' environment (compartment). In most pictures the traced entity/objects will of a different colour, and the parts that make up the entity/object will have predictable dimensions (if the entity/object is identifiable) given bent and rotating of joints (eg. the elbows bent give the picture of the arms a different shape from straight elbows but broken down to the parts such as the length of the upper and the length of the forearms - with clothing on and two people with similar coloured clothing standing overlapping will require the Artificial Intelligence%omputer to extrapolate not just based on colour difference, but dimensions of parts as they are connected to other expected parts - the areas where joints could cause different places where the outer (inner being the centre torso; moving to outer parts meaning arms to fingers and the connecting joints that determine where outer parts will be placed or the other way around with the feet as balance) also where parts of parts are obstructed eg. if you're standing behind someone who is sitting in front of you with similar coloured dothing, your lower body is being blocked, but the computer can extrapolate based on the colour and texture pattems of the sitting person's upper boundary even if the head blends in with your clothes, by making out the shape of the sitting person, and thus identifying the joints and the relative lengths (especially easy to recognize is the torso height and lengths (unless the person is bent over) then the joints that connect the other body parts can be identified based on the person's torso and the computer/Artfficial Intelligence can extrapolate the height from the floor to the sitting person's height to determine (after a Artificial computer/Intelligence check to make sure no one is leaning over (more accurately if the Artificial Intelligence has the distance from which the shot was taken and/or height on the camera and/or has data on your specific length of the lower body between joints or at least the full height - the Artificial Intelligence can recreate (pencil in) the legs and lower body of the or a person standing behind posing for a picture ... Where people with similar coloured clothing sit side by side separating the two or more people requires an experts eye. We could program the computer/Artificial Intelligence to look for patches (for identffied dothing) of same colour and closely make out colour differences between eg, two men's suits, and find the person behind by covered up body parts that aren't complete that should be in the picture frame, and the person in front is covering with a slightly different shade, we could have the computer/Artificial Intelligence study the creases and patterns on clothing such as on joints where creases bunch up perpendicular to unbent joints which suggest joints and their limbs belong there...The whole point being our company could (including multidimensional webske) could either paste the entitylobjects with outlines that we can dean up or the people could buy software that allows them to download backgrounds that they can paste multiple entities/objects...and cut out specific entity/object outlines that can be refilled with a computer extrapolation of extensions of things that appear in the way and/or behind such as sunset cloud pattern lines and colour differences or extensions of mountain tops. Or replace one entity/object with another entity object, filling the parts of the cut out hole that are too large with background graphic noise that blends in for its height... Pictures can be divided by background whereby there are thematic pattems if appears on one side and also on the other side will probably have similar theme across that horizon, versus props and entities/objects, most of which (because of gravity) have their legs on the ground (especially with people since headshots are the means of memory identification, therefore portrait shots usually take in some height above the top of the person's head and does reach all the way to the top of the picture and pictures don't normally cut off the top head of the person.
Furthermore once the entity/object has been cleaned up, multiple duplicates can be made and the User could even create epic armies - of multidimensional Artificial Intelligence controlled Video Games/MoviesNirtual Reality and/or multiple Artificial Intelligence yet unique characters mind and personalities; values; repertoires; emotional tendencies...

We could have a multidimensional website service that possibly using private Artificial Intelligence and Neural Links engaged by the customer, where the Artificial Intelligence qualifies what the customer wants and surfs the intemet (including e-bay and Amazon any and all goods and services) to shop for items by age, gender, body type (eg.
shape fitted to the 360 degree x-ray) or electronics features more specific brand names versus generic (cost conscious) and their availability (possibility of future sales, wait in line and/or set date in schedule when the item will go on sale and attempts to be the first to purchase the item or reminds based on how long before sale day the person wants to be reminded and how many time to remind when each time - preprogrammed), checking various outlets in the region for mail, reserve the item, for when the person checks in with the Artificial Intelligence and/or multidimensional service provider's website... We could have status/strata classes like (airplanes) 1. Jet Set, 2. First Class, 3. Business Class, 4. Economy.

On the multidimensional level a person's 360 degree x-ray of their multidimensional character can at any point in time stand next to another multidimensional character and pose in front of any multidimensional websites' and record digital pictures/video/Neural Links (unless the website owner takes the option to lock out people from recording picture and/or video an/Neural Links)... environment and/or compartment.

Re: Sports Facilitators We could create magazines/websites for various sports (segmented). For example gotf/basket ball/base ball/hockey/foot ball/soccer/tennis/badminton/squash/ping pong... Local venues could be booked/reserved via our website for each region, the cost/weather and pay pal could all be coordinated by us...

Multidimensional websites could explain the game and allow people to play it in multidimensions and virtual reality and Neural Links (video games - with fantastic backdrops of any and all kinds - eg. Street basket ball; Field of Dreams Com Field Night Time Base Ball; Golf on Mars and/or Venus (cultivated greens/fairways - surrounded by Martian Desert ...)...

People going to our website could use Neural Links as well as watching the live video as well as narrated to maximize the experience.

Depending on which area the magazine is delivered to and how the competition of the game is organized (eg. Hockey Westem Conference) ... The Professionals' games are offered on our website in real time.

As well our regional magazine/websites offers booking availability of recreational golf/base ball/basket balUvolley ball leagues (competitiveness) ... when they will be played, number of people signed up, prizes, endorsements/celebrity guests as well for outdoor competitions weather linked to schedules...

How the professionals train, physical exerciselstretch techniques right way to stretch placement of body parts relative to its connection towards the body's core, the wrong way to do it, feel like (eg. tendons too much resistance) push harder and harder over time...

Write up about the areas recreational golf courses, write up about how past toumaments went (highlights), get interview from players, heads-up for coming toumaments, a tablet sign up and key in name of guests who don't mind. Private and Confidential groups;
versus groups that don't mind a little coverage following recognizable people (eg.
city councillors;
business leaders) versus stereo typical age, gender, race, nation and money required to play game...those who fit the mould others that break the mould in a good way eg.
succeeding in life despite challenges eg. poor white male; female breast cancer survivors (we could even interview avid, good as well as dedicated/passionate but not so good golfers ... any and all sports)...

For outdoor playing by night we use Flood Lights (especially on the green);
balls can be made fluorescence in colour and along the sides of the fairways we could use motion detectors (GP 0.8%) that pick up the ball movement and in real time mathematically calculate the pathway of the ball to the area where it will hit the ground. Along the fairway (with infrared detectors) are fluorescent tubes and/or flood lights that light up when the golfers are on that length of the fairway, the light bulbs are protected by fencing whose holes are too small for ball to pass through.

We could leam and save any and all experts' consistently right judgement calls and experience from recording the live doing their jobs or any and all activities by recording the via Neural Links...

A cleaner for aquarium walls, commercial boats - possibly with robot arms (controlled by Artificial Intelligence and/or remote control; virtual reality, Neural Links) a dermabrasion with (possibly) larger heads and possibly finer so as to avoid scratching the aquarium glass surface. Fast setting to maximize capacity (space covered per amount of time to do job).
For Snowy Winter places - we could build acrylic domes with interchangeable Giant IMAX
and/or Virtual Reality and/or 3-D and/or holographic and/or (or virtual reality/Mukidimensional website Amphitheatre where the size of theatre depends on the number of people watching even a virtual reality/multidimensional website conference hall that changes size and shape depending on the number of participants seated on tables facing a stage, even (Broadway shows 1%) and Movies Library...

Possible Underground Drive Inn Theatre especially good for any and all entertainment districts throughout the world operating 24/7.

Artiificial Intelligence/computer algorithm could be used to design (based on Neural Links specifications) and control the process of either standard and/or unique/customized designs for making acrylic, any and all materials (including but not the least exclusively) varying shape and sizes (thickness eg. of cushions) could be mixed and matched via multidimensional design website (And/or multidimensional design software) that the computer/Artificial Intelligence creates physically whereby the Artificial Intelligence has programmed in all the do's and don'ts design compatibilities of the limits of the material in manipulations, traditional versus new and (via Neural Links by experts of trends) unique mixing and matching of materials and pattems...

Electronic cases/shells/containers such as computer hardware, e-devices, BlackBerry, iPod, Itunes... made of acrylic.

Acryllic can be used to make sinks, toilets house walls roofs, doors, shelves (any and all furniture), (souvenirs at ice hotels), cabinets, shells of microwaves, dishwashers, refrigerators, freezers, bed support and skeleton, stair case, alternative to any and all wood materials (mostly decorative metal), stone, rocks fagade (frames, skeletons, slabs for landscaping as well) ... acrylic tables/chairs night table, dressers, blend into sofas optional leg rests (single/double/triple) seatings with cushions and textiles and other materials (eg.
bamboo weave), acrylic back rest/elbow rest (materials fusion). Also in commercial such as business conference rooms, sports/theatre, Arts, acrylic seats in coliseum...

We could also make acrylic (sets of transparent), plates, saucers, cups, glass: painted with levels of experts' themes (eg. Porcelain and any and all painted patterns).
Rank the experts by genre and the price their works command and our Artificial Intelligence records the patterns and replicates them on lines of dinner ware.

A tracing microchip/bug/GPS that is stuck with mighty putty on to eg. cars and anywhere and any and all things.

A computerized fishing rod the diameter/width (outer shell) of a telescope mounted to a base (possibly with weighted small tires and/or treads (perhaps (remote control) -in slow moving waters and shallow waters the base can enter the water). It is roboticzied to extend inner shell out of outer shell so its reach can be different for different models the farthest reaching far out which is good for beach an/do shoreline fishing (the long extending telescopic neck is especially good to prevent the bait from drifting in faster waters). Once the telescopic neck (whose outer most shell can be the diameter thickness of large telescopes);
the bait with weight is shot out like a gun to gain additional distance. Once there is a bite on the line the base fisher presses a button, to jerk the hook, the neck retracts and the line is reeled in.
Solar sails (possibly made of mylar with thin skeleton of carbon fiber lattice) that are longer that the dimensions of a building's roof that is connected to a pivoting arm can be built on any and all buildings; the extra length catches more sun and the pivoting ensures the sails are constantly facing the sun...

Use Artificial Intelligence as a User Interface for Restaurant Drive Thrus (as well a waiter order taker and/or each table in any and all restaurants has a touch move pad electronic touch select electronic menu) where a person orders food, the voice recognition, to match the key words of menu items (and specific conditions eg. extra pickles), the order appears in the cooks' screens...if the recognition can't fin a match the Artificial Intelligence can alert the manager. We can do this for video (Blue Ray/DVD) rentals that are linked up to all the restaurants within delivery range whereby the takeout delivery and the video (Blue Ray/DVD) come with package discount and also prizes for loyal customers.

We could use self healing materials for garbage bags (making thick lining) and garbage bins (any and all rubbermaid) materials (GP 0.88%), furniture, garbage dumpsters, roofing materials, external and/or internal building materials, we could even use 360 degree x-ray to (that in multidimensional computer (possibly controlled by Neural Links) can make alterations to the final casing) fit the dimensions of objects and then create Do-it-yourself and/or professional printers that print 3- D self healing materials to make casings for their objects.
Re: Car Industry It seems the secret to Japanese cars success is performance/reliability/low cost but at no real trade off of status symbol for such affordable costs.

New Designs in car grills include circies/squares/triangle/rectangles - both vertically and/or horizontally orientated. And or a car grill like a BBQ grill painted with enamel. Also symmetrical slopes eg. widening in the middle (diamond versus oval frame).
Different colours for contrast frame to grill.
Cars with Acrylic roofs or Teflon divider to block out the sun at will.

Since Hybrid cars are quite compact, we could develop trailers and/or Recreational Vehicle (possibly pulled by a rig) that houses the hybrid car. On top of the trailer are solar panels.
We could build Recreational Vehicles that double as ships (floating)...

We could build modular mobile homes that are connected by extendable with an accordion extender, and top up canopy. They can be adjustable and/or thinner versions to fit on railway cars. A mini version can be lifted by Gerard Voon's patented Extendable Helicopter.
These modular mobile homes can be used as temporary housing or emergency coordination centres. Or just cheap better quality housing for poor eg. replace slums. The modular mobile homes can have panels that open and close for windows or made of acrylic. The exterior can be made of faux light rock and/or faux light logs and/or faux cobble stones; if permanently parked the modular/mobile home owner could use heavier materials on the exterior (wood planks) the modular/mobile home could have a unibody frame on which rails are tightly secured vertically and wood; aluminium; zinc; tin; fit horizontally into the rails' vertical wedge.

Re: Automated Constructing Building Walls We could also build acrylic roofs that have drapes, and/or blinders under the roof/ceiling...
There a rails on each side the rails have wedge tracks that vertically aligned, wood or aluminium siding sides down the wedges; one wood plank/aluminium siding at a time when reach top, the rails are screwed into the wood/aluminium. Also any and all material such as fiber glass planks...

We want to build our Extendable Helicopter with two symmetrical long skids, that can park on a large railway car. When the destination of the train veers off course (away in the compass direction), where the destination of the Helicopter's cargo is in the in a different direction, and is expected to mostly veer off in the other direction, and there are no bridges that the helicopter will not have clearance, the helicopter take flight and delivers its load to the custom destination (avoiding car traffic completely).

Re: Adsorbents We plan to make cartridges depending on the room size (especially good for sewage planst), where large building we could custom net bag/cartridges evenly spread so the sire doesn't leak through thinner areas of the cartridge's face; in front of the air intake fan, or stand alone air fitters with fan to circulate the air so the absorption of odours and unwanted air boume dangerous gases or as part of a or both heater/air conditioner; we can also use the below adsorbents for with cartridge that pre-crtridge water must pas through evenly (so leakages don't allow water to pass through thinner parts of the cartridge and thus are less processed coffee maker and water jugs, reservoirs, water derived from Gerard Voon's patented salt to fresh water, whereby we can tighten a cap even around the output tap.

Adsorbents Activated carbon is used as an adsorbent Adsorbents are used usually in the form of spherical pellets, rods, moldings, or monoliths with hydrodynamic diameters between 0.5 and 10 mm. They must have high abrasion resistance, high thermal stability and small pore diameters, which results in higher exposed surface area and hence high surface capacity for adsorption. The adsorbents must also have a distinct pore structure which enables fast transport of the gaseous vapors.
Most industrial adsorbents fall into one of three classes:

= Oxygen-containing compounds - Are typically hydrophilic and polar, including materials such as silica ael and zeolites.
= Carbon-based compounds - Are typically hydrophobic and non-polar, including materials such as activated carbon and graphite.
= Polymer-based compounds - Are polar or non-polar functional groups in a porous polymer matrix.

Leditl Silica ael Main arficle: silica uel Silica gel is a chemically inert, nontoxic, polar and dimensionally stable (<
400 C) amorphous form of Si02. It is prepared by the reaction between sodium silicate and sulfuric acid, which is followed by a series of after-treatment processes such as aging, pickling, etc.
These after treatment methods results in various pore size distributions.
Silica is used for drying of process air (e.g. oxygen, natural gas) and adsorption of heavy (polar) hydrocarbons from natural gas.
rediti Zeolites Main article: zeolite Zeolites are natural or synthetic crystalline aluminosilicates which have a repeating pore network and release water at high temperature. Zeolites are polar in nature.
They are manufactured by hydrothermal synthesis of sodium aluminosilicate or another silica source in an autoclave followed by ion exchange with certain cations (Na+, Li+, Ca2;, K+, NH4''). The channel diameter of zeolite cages usually ranges from 2 to 9 A
(200 to 900 pm).

The ion exchange process is followed by drying of the crystals, which can be pelletized with a binder to form macroporous pellets.
Zeolites are applied in drying of process air, CO2 removal from natural gas, CO removal from reforming gas, air separation, catalytic cracking, and catalytic synthesis and reforming.
Non-polar (siliceous) zeolites are synthesized from aluminum-free silica sources or by dealumination of aluminum-containing zeolites. The dealumination process is done by treating the zeolite with steam at elevated temperatures, typically greater than 500 C (1000 F). This high temperature heat treatment breaks the aluminum-oxygen bonds and the aluminum atom is expelled from the zeolite framework.
Leditl Activated carbon Main article: activated carbon Activated carbon is a highly porous, amorphous solid consisting of microcrystallites with a graphite lattice, usually prepared in small pellets or a powder. It is non-polar and cheap. One of its main drawbacks is that it is combustible.
Ncanws carbon Nx adsorpiuon wther'm :'" ..~....~...,..,...
ra~

~n ~z z+ oa ~a ~n NeMne Kt!.s.w.

Activated carbon nitrogen isotherm showing a marked microporous type I
behavior Activated carbon can be manufactured from carbonaceous material, including coal (bituminous, subbituminous, and lignite), peat, wood, or nutshelis (i.e., coconut). The manufacturing process consists of two phases, carbonization and activation.
The carbonization process includes drying and then heating to separate by-products, including tars and other hydrocarbons, from the raw material, as well as to drive off any gases generated. The carbonization process is completed by heating the material at 400-600 C in an oxygen-deficient atmosphere that cannot support combustion.
The carbonized particles are "activated" by exposing them to an oxidizing agent, usually steam or carbon dioxide at high temperature. This agent burns off the pore blocking structures created during the carbonization phase and so, they develop a porous, three-dimensional graphite lattice structure. The size of the pores developed during activation is a function of the time that they spend in this stage. Longer exposure times result in larger pore sizes. The most popular aqueous phase carbons are bituminous based because of their hardness, abrasion resistance, pore size distribution, and low cost, but their effectiveness needs to be tested in each application to determine the optimal product.
Activated carbon is used for adsorption of organic substances and non-polar adsorbates and it is also usually used for waste gas (and waste water) treatment. It is the most widely used adsorbent. Its usefulness derives mainly from its large micropore and mesopore volumes and the resufting high surface area.

feditl Portal site mediated adsorption Portal site mediated adsorption is a model for site-selective activated gas adsorption in metallic catalytic systems which contain a variety of different adsorption sites. In such systems, low-coordination "edge and corner" defect-like sites can exhibit significantiy lower adsorption enthalpies than high-coordination (basal plane) sites. As a result, these sites can serve as "portals" for very rapid adsorption to the rest of the surface. The phenomena relies on the common "spillover" effect, where certain adsorbed species exhibit high mobility on some surfaces. The model explains seemingly inconsistent observations of gas adsorption thermodynamics and kinetics in catalytic systems where surfaces can exist in a range of coordination structures, and it has been successfully applied to bimetallic catalytic systems where synergistic activity is observed.
The original model was developed by King and co-workers (Narayan et al. 1998 and VanderWiel et al. 1999) to describe hydrogen adsorption on silica-supported silver-ruthenium and copper-ruthenium bimetallic catalysts. The same group applied the model to CO
hydrogenation (Fischer-Tropsch synthesis). Zupanc et al. (2002) subsequently confirmed the same model on magnesia-supported cesium-ruthenium bimetallic catalysts.

jediti Adsorption in viruses Adsorption is the first step in the viral infection cycle. The next steps are penetration, uncoating, synthesis (transcription if needed, and transiation), and release.
The virus replication cycle is similar, if not the same, for all types of viruses.
Factors such as transcription may or may not be needed if the virus is able to integrate its genomic information in the cell's nucleus, or if the virus can replicate itself directly within the ceiPs cytoplasm.

We are considering making activated carbon out of dried oil/tar sands bitumen and also out of their tailings -carbonaceous material- including coal (bituminous, subbituminous and lignite), peat, wood or nutshells (eg. coconut).

We are also sifting sand from encroaching deserts and mixing with adhesive (eg. concrete and/or mortar) and dry kiln (various consistencies and concentrations (eg.
different colours, streaks and/or speckled) bricks/cobblestones/stones (walls) types housing exteriors and landscaping, atriums and alcoves. (GP 0.9%), ground level deck, walk way, driveway, garage floor...

Retractable Umbrella tents that instantly pop out...

PVC/resin mixed with particle board (using recycled cardboard/paper, mixed with fiber galss) for any and all buildings.

Re: Infrared Viewers For any and all rental (whether sports/rock concert) or view from your high rise window, possibly with the help of Artificial Intelligence for focus (and option of tripod target lock so viewer follows specific) targets, to watch with infrared cameras.

Re: Fast Artificial Intelligence and automated (for tedious work) For checking/testing for livestock rearing diseases such as Hoof and Mouth Disease, SARS, Mad Cow Disease...

Re: Mirrors for Any and All Things Needing Light: Greenhouses, Boilers, Dryers, Kiln, baking, drying oil/tar sands tailings ponds, smoking (for poor countries - cooking) Basically you have a slanted and or domed ceiling made of one way mirrors (the reflective mirror side facing down on whatever needs the heat (eg. a salt water boiler to steam turbine energy to fresh water disinfected by boiling)... the top roof is clear see through which allows the sunlight through to the below...surrounding the roofed mirror are huge number of mirrors (panels) that are lined up on each side in the case of a slanted roof and encircle in the case of a dome...the surrounding mirrors reflect light on to the interior ceiling to add even greater heat and sunlight...

We are creating necks for solar and mirrors that like solar sails follow the suns using the same sensors that solar sailing ship uses.

We could create lines of decorative faux palm trees for beaches or peoples homes (or large landmark version) with a acrylic post with brown lights shining up tree trunk and at the top is a spray that imitates the shape of palm leaves with green or other colours lighting up the water leaves. The pond below can be filled with koi.

Re: Hotels/Resorts Near Large Parks, Beaches, and Any and All Open Land The hoteUresort could rent/sale and/or free with small deposit for people to order picnic baskets whereby they order from the local menu and/or stick in delivered food from their desired restaurant delivered to their room, and then go off to picnic eg.
wildemess of WhistlerBlackcomb, Okanagan, Kelowna... The coordination of the foods and extension of loan of the picnic basket can be handled by Re: Artificial Intelligence could draw on cultural Understanding and seamlessly work with foreign nations and also bring together people's of differing back grounds We want to do a joint study between organization (Think Tanks) that understand cultures -S.U.C.C.E.S.S, University of British Columbia, and our corporate organization, as well as South/Central America, Euro, Eastem Europe...to study what, why, which, sector by sector (buyers/sellersAndustry/competitorsrnputs/outputs/verticaVhorizontal chain/upstream/downstream) - markets, employees, competitions, buyers (why they buy when they buy)/sellers - What products/services people want, what they dislike (eg. some cultures dislike arrogance - possibly because it disvalues your own identity) probability of continued growth given predictability of major drivers in supply/demand that recent growth (major drivers) whether sustainable (given high growth and relative labour costs versus transport costs between manufacturing industries between to nations) for example nations' whose economy are based on services based industries and/or manufacturing industries whose products are light and/or manufacturing industries whose operations are located near their buying market...will have and advantage when transport costs rise (eg.
driven by high energy prices). Locally movies, Radio, Newspapers, Magazines - media, what segment of society general profile of readers, to see what they want for themselves (hobbies, past time, passions), eg. want for their own identity - to include into your own repertoires, stimulus to response, habits ieamed by pacing and leading (feelings), appetites cultural sensitivities based on values, forward looking (think not of what the world can do for you but what you can do for the world) - how to help (contribute) the world to save the environment and more importantly feed the poor and/or nations with no clean (let alone enough land), water, fertilizer, where food production raised on dirty water, handling standards may not be up to par...backward looking to (eg. my culture is right and all other cultures are wrong), or fear mongering about modem social paradigm shifts and thus trying to live in historical beliefs and The backward looking beliefs can clash with local beliefs - (that people of that locality have grown hard to give up old ways and adopt new - up with) versus contemporary or recognized neighbour (belief system) different nations a divided by various mainstream religions, ethnic land sharing divisions (versus secular often promoted by - some of their most ardent believers the University level saentific community). In order that the world can live with each other, pacifism and tolerance seems to be the key - the problem is when no one is willing to fight and other nations' tolerated Hitler's first foray into invasion conquest (conquest at the cost killing many people and genocide death camps), people who are very popular that become leaders (bring up the analogy of: Boiling the Frog - if you turn up the temperature slowly enough the frog won't even notice it is boiling to death), these leaders are so popular relative to any other choice of leaders we don't even notice when their secret police imprison and torture opposition and reset the democratic terms (eg. 2 terms of 4 year terms) of leadership. War is often a popular choice when neighbouring nations harbour long standing animosities especially when the people feel extreme xenophobia, and subvert conscience based on beliefs of religious leaders and their interpretation that killing people will 1. Make them martyrs, 2. Will be rewarded in heaven, 3. Money will be given to their families, 4.
They're having a hard life and are desperate, 5. they're already suicidal.

1. The problem is that they will go to jail and get beat up there.
2. It is impossible to prove conclusively to enough probability that people who die killing especially innocent bystanders will even go to heaven.
3. Their other side may offer even more money for these at risk people (recruitees) to tum in (witness or at least get money like Crime Stoppers) that leads to the identities (recruiters) and capture/conviction of the people encouraging the at risk (recruitees).
4. See 3. also we couid set up a crisis line to help such as risk people.
5. We could have suicidal crisis line, perhaps they are mentally ill or just reacting to the difficulties of the world (eg. just broke up with significant other), depending on the area of life and their challenges we could address and help the person out eg.
an intervention for drug addicts. For both 4. and 5. , the people around them who might be worried for them could call our crisis line and set up an intervention.
Then we can try to help these people manage their lives.

Re: MODEL Getting the Most Out of Amway People who are successful with Amway make good business champions, they just need the right components for business success. They need investment money, ideas good products/services; training - in business strategy (hone their sales and negotiation and communications and managing/motivating/handling customer/peers/employees' skills)... Understand their products/services' (mastery of the operating environment/industry, ability to problem solve to manage and control major drivers of change - to compensate for change and make the most by adjusting applying intemal strengths and weaknesses to adapt to make the most of opportunities and threats. With Amway's worldwide inclusion of people they have market saavy of local markets, cultural identities (in touch with modem present evolution of all cultural societies) and how to handle people's needs, stakes, what specific groups of people can use our corporation to pursue a corporate career, perhaps in Mergers and Aquiskions, they can blend in, they understand the local societies. They are especially well suited for sales, Business Development In places where there is frequent floodings, we could build hydroponic flats for com/grapes...whereby the flats are situated on concrete high pillars...

Re: What to do with the Petroleum and Natural Gas (also known as oil and gas) that the above energy generating technologies have outdated.

There is still high demand for petroleum and Natural Gas because our altemative (greener, cleaner and cheaper) technologies have not been built out yet... In the mean time oil and/gas inventories and/or supply are getting harder and harder to find and those found are more expensive to extract.

Since our technologies outdate oil/gas production...our company could buy into these undervalued (GP) oiUgas companies that are sitting on large cash reserves after the last fiscal record profits. We could then turn around and invest this cash into the projects (see any and all Gerard Voon's patents and the products and services that Gerard Voon's patents lead to) we like (are good) but are lower down on our priority list (or corporate criteria for choosing) not only do we benefit from the cash flow, but the oil/gas companies' employees retain jobs...

DRAWING 1.

1. Large Ball (eg. ball bearing).
2. Socket.
3. Chain/Teflon DRAWING 2.

We also have a new design:
Tug Hovercraft-Barge 4. Tugboat 5. Barge Hover Vessel 6. Cargo (Jz. 1 %) DRAWING 3.

1. Side for Medium Side Berths.
2. Inner Berth.
3. Medium size vessels/boats.
4. Large Vessels.
5. Smaller vessels/boats DRAWING 4. Rollers for the Floors of the ramp, boat- cargo ship/barge, truck, train (with continuously connected back to front of the entire train to caboose for very long cargo containers) with hinges (like bendable buses or bendable straws) for turning and warehouse - rollers for floors. An altemative to cranes, and more like a ferry, except the 1. transport truck does not need to enter the ship, its cargo is moved via rollers facilitated by a(with muitiple cargo holding levels) ramps like a ferry loading and unloading via trucks backed into the open haul of the ferry; 2. no need for metal cargo containers means cheaper refrigeration costs because the ship's refrigeration doesn't need to penetrate the metal cargo containers -which means anything with a shorter shelf life can be transported; and 3.
short shelf life cargo - need for freshness can be further packed like (large pallets GP 0.1 %) and card board boxes and/or wood crates; 4. can vary temperature in different compartments that can be separated by insulated panels:

1. front to back rollers 2. sideways rollers DRAWING S.

1. The Roof that folds sideways 2. Any and all boats/ships specifically for carrying refrigerated cargo 3. The direction of the Ship's Roof Covering that unfolds with the cooled cargo inside to keep the inside cool. The foldable roof allows the cranes access to the cargo, if we choose to put the cargo in durable containers.

DRAWING 6. A Closed Cargo boat/ship approach, without need for cargo containers and/or gantry cranes.

1. Covered Cargo vesseUboat/ship 2. Multiple level roll in roll out entry/exit via ramp directly to waiting trucks and trains.
DRAWINGS 7. Multiple Node Serving Multiple Level Runways.

1. Underground connection.
2. Upper level Runway and airplane on the upper runway.
3. Ground floor runway and airplane on the ground floor runway.
4. Node of terminals.

DRAWING 8. Automated Concrete/Sand Bag Filler Fig. 1 1. Hose from Dump Truck (concrete/sand) feeds into the bag.
2. The opening neck of the bag.
3. Lining of bag - inflatable as a precusor so the bag has no wrinckles when filled with concrete/sand.
4. Bottom of the bag.
Fig. 2 1. Skeleton (eg. tent plastic; carbon fiber lattice - supports) to keep the bag from collapsing wrinckles.

DRAWING 9. Example of how multiple concrete/sand bags come together to form Levy...
1. Hose from Dump Truck (concrete/sand) feeds into the bag, second level up.
2. The opening neck of the bag.
3. Hose from Dump Truck (concrete/sand) feeds into the bag, ground floor who's fill up task should be complete the next level up is stacked and filled (both with either concrete and/or sand).
4. Ground Floor Lining of bag(s) - inflatable as a precusor so the bag has no wrinckles when filled with concrete/sand. Possible skeleton (eg. tent plastic; carbon fiber lattice - supports) to keep the bag from collapsing wrinckles.
5. Next (Second) Level Up Lining of bag(s) - inflatable as a precusor so the bag has no wrinckles when filled with concrete/sand. Possible skeleton (eg. tent plastic;
carbon fiber lattice - supports) to keep the bag from collapsing wrinckles.
6. The ground level first layer of filled concrete/sand bags that the second upper level layer up is stacked on.

DRAWING 10.

1. Serrated Hump Bag Whale's Tails efficiency designs.
2. New Boomerang Design, as well the Boomerang Blades could bend inwards in a twiri design and also integrateable with twirl design both as a full blade and or smaller (micro turbines) twirls placed on each blade...all of which could be used with tidal power, or all along line of strung up across with a number of multitude of turbines.
3. The centre of gravity - shaft.
4. Post/support, that could use Gerard Voon's past patent designs whereby multiple turbines could be places one above the other, on each side, one on top of a building, on a post on top a high rise building versus perpendicular (shaft) eg. twirl facing up wards instead of facing sideways. On different sides of a high rise building, that might be connected to a ring/guide that spins around the high rise building to catch the most wind.
GP (1%)

Claims