JP2003302496A - Generator or hydrogen negative ion and 'ki' - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To develop an ion source capable of regulating its energy for a positive ion and a negative ion of hydrogen as the most simple element and to apply this ion source for a home-use negative ion generator and a physical generator of 'Ki' (a kind of radiation said to be radiated from some persons). <P>SOLUTION: A capacitor having an insulation film put between two metal plates carrying voltage is placed in a vacuum container, and positive and negative ions of hydrogen appearing on the surface of the insulation film are accelerated and pulled out of a pore opened in one metal plate to be analyzed by a magnetic field type mass spectrometer. In the atmosphere, hydrogen negative ions are discharged from a large-area capacitor of this type having multiple pores opened in one metal plate, and ion density is measured by a probe arranged in a remote position. Using both of a charge circuit and a discharge circuit for the capacitor, a positive-negative pi-meson is generated, and when it is collapsed, a neutrino, which includes 'Ki', is generated. The neutrino is detected by means of a hydrogen ion beam. <P>COPYRIGHT: (C)2004,JPO

Description

DETAILED DESCRIPTION OF THE INVENTION 1. Problems with conventional negative ion generation method and air generation method (a) Negative ion generation method in the atmosphere Recently, the effect of negative ions on the human body has attracted attention, and it has already been used as a home electric appliance product. "Air purifiers" are commercially available. Among them, the methods of generating negative ions are the "discharge" and "water crushing" methods, and the mineral "tourmaline" method. The main discharge method uses atmospheric corona discharge. However, since this discharge type applies a high voltage, there is a danger near the body, and harmful ozone and harmful ions may be generated. Further, since it is a local discharge, the area where negative ions are generated is small, and the energy of negative ions is also low (about room temperature to 0.1 eV or less), so diffusion is poor, and it is necessary to blow air with a blower and spread it in the room. Naturally, the blower also causes noise, electric power, and equipment trouble. On the other hand, in the water crushing method, a large amount of water is used and pressure is applied to disturb it, so that the apparatus becomes large-scale. Tourmaline is a solid and occupies a volume, and the type of negative ion is unknown.

(B) Method of Generating Negative Ions in Water Recently, hydrogen water has attracted attention for neutralizing active oxygen in the body, and commercially available products are available. The method is to put a certain mineral in the water in the container, but it is limited in time and expensive.

(C) Ion generation method in vacuum A target gas is filled up to about 1 Pa in a vacuum container in which air is drawn to an extent that can be ignored by an exhaust pump, plasma is generated by glow discharge or arc discharge, and an ion extraction electrode is used. Extract as an ion beam. Another method is to apply an electron beam to the gas and ionize it to create ions. However, these devices are large, complex and expensive. And it cannot be drawn into the atmosphere.

2. Problems with the conventional method of generating qi and the research stage of neutrinos No physical elucidation of qi has been made, and it is thought that qigong teachers mysteriously generate qi from the body and feel something in other human bodies. I'm just there. Physicists have confirmed its existence, but it is not known to be anything other than electromagnetic waves, charged particles, and neutrons. On the other hand, with regard to neutrinos, research is limited to those that are secondary generated by high-energy accelerators or those that come from space. That is, high energy (23
This is the stage where only neutrinos in the region of 0 KeV or more) can be handled. Thus, the relationship between Qi and neutrinos is completely unknown.

3. Hydrogen ion generating method of the present invention It has been generally reported that water and hydrogen atoms and molecules are mainly attached to the metal surface. However, even if an electric field is applied to the metal surface, it cannot be extracted as a hydrogen ion beam.
Next, as shown in FIG. 1, a voltage is applied by making a capacitor by sandwiching an insulating film between two metal plates, and making a small hole in one metal plate, positive and negative hydrogen ions H ⁺ and H ⁻ are about 0.1 V. A simple vacuum device (~ 1P
a) and a magnetic field mass spectrometer. Also,
It was also confirmed that several tens of nA was generated from one hole in pulses at intervals of about 10 msec. It occurs between two metal plates even at about 0.1 V, so it is not ionization of gas by electron beam like electric discharge, and the thickness of the insulating film is several meters.
Since it is generated even in m, it is a weak electric field of 1 V / cm or less, and is not a field emission due to a strong electric field. Thus, on the surface of the insulating film, in addition to hydrogen atoms H, H ⁺ ,
It is considered that H ⁻ ions appear. When the generation of H ⁺ and H ⁻ is examined in more detail, it is 20 μ as judged from the capacitor and resistance of the circuit to the galvanometer (ammeter) in FIG.
It can be seen that it started up in about sec. In addition, the deflection of the pointer of the galvanometer is observed as a residual image (Japanese Patent Application 20).
01-250888) and every 10 msec. That is, it is not a direct current generation but a pulse generation. As a development, if an insulating film is sandwiched between a large area metal plate and a metal mesh and a voltage is applied, a large area H ⁺ , H ⁻ ion source is obtained. Insulating film types include mylar, poly film, vinyl film, Teflon tape, glass plate, etc.
In addition, even if the thickness is about 0.01 mm to several mm,
^{Since +} and H ^- are extracted, it is general as a simple generation source.

4. Application and features for home appliance negative ion generator It became clear in experiments such as Fig. 2 that the hydrogen ion of the condenser type of the present invention is also released into the atmosphere. The following features can be highlighted.

<1> It can be generated only in a comfortable natural forest or a negative ion H ^{− of} hydrogen, which is close to ions from water generated around a waterfall. The H ⁻ ion easily releases an electron, and the H atom also has a reducing action, so that a double large reducing action occurs.

<2> As shown in FIG. 2, it is easy to generate from a large area, or the frame of the wall-mounted, H from the entire wall of the room ^-
Ions can be generated.

<3> Since the generated energy of H ⁻ ions can be 100 eV or more (about 1,000 eV for the conventional type, about 1000 times), H ⁻ ions diffuse in the room without a blower. That is, there is no noise and the power is minimal.

<4> It does not require a high voltage as in the discharge method and does not require mechanical scrambling of water as in the water crushing method, so it can be worn directly on the body. For example, it can be used by sandwiching an insulating cloth between two cloths coated with metal and closely contacting each other like underwear. Negative ion generation bracelet and body wrapping is easy.

<5> The amount of H ⁻ ions generated is more than that of the conventional type, 10,000
/ Cm ³ or more is easy.

<6> Hydrogen plus ions H ⁺ can also be generated if necessary. This emits both H ⁺ and H ⁺ and enables their use as plasma.

5. Application to the production of hydrogen atomic water As shown in Fig. 3, put the water in a plastic or glass container and attach a metal tape to the outside to make the negative electrode of the capacitor, and use the water inside as an electric conductor. It is clear from the principles of the present invention that the negative ion H ⁻ beam of hydrogen is driven into the water from the inner surface of the upper container by making it the positive electrode of the condenser. Since it is easy to set the implantation energy of the H ⁻ beam to several tens of eV, which is the upper limit of safety, it is possible to expect an extremely large diffusion into water as compared with the chemical energy (0.1 eV or less). It should be noted that hydrogen positive ions H ⁺ beam can be implanted by changing the polarity of the condenser. However, when it is desired to quickly change to active hydrogen H, H ⁻ beam is preferable. The method of the present invention is simple, and semi-permanently and cheaply (hydrogen battery consumption is extremely small), it is possible to generate atomic hydrogen water. Note that hydrogen atom (H) water is more effective than hydrogen (H ₂ ) water for neutralizing active oxygen.

6. Physical application of {Qi} to generator and detector (a) Qi has been confirmed as a mysterious radiation emitted from the human body from neutrino China 4000 years ago. "
Has spread all over the world. However, its physical substance has not been elucidated until recently, and it was thought that it could be caused only by special humans or special training. The physical elucidation of Qi has already been made by the author's research, and details are given in [Patent Application No. 2000-166815] and [Patent Application No. 11].
-301497], the substance of Qi is physically a neutrino of elementary particles. It is a low-energy neutrino that the human body feels is about 0.1 eV or less. The human body can emit (act on) or detect (affect) this low energy neutrino. However, the human body does not feel the high energy neutrinos generated by the accelerator and coming from space. Unlike electric waves and charged particles (including electrons and ions), this {air} has a very high penetrating power for substances, so that the previous ions either stay on the surface of the human body or enter the body only by suction. , Acts directly on nerve cells neurons inside the human body.

(B) Electric circuit for producing pions and transmitting neutrinos [Qi] When a capacitor is connected to a power source, as seen in the present invention, electrons conducted from the negative electrode of the power source through a conductor lead to the surface of the insulating film of the capacitor. The generated positive ions of hydrogen face each other on the inner surface of the positive electrode of the capacitor to form an electric double layer. This condition is generally a capacitor charge.
Here, as shown in FIG. 4 (already announced in Japanese Patent Application No. 2000-166815), when a parallel resistance is put in the capacitor and discharge is also used, the electron flow is reflected on the inner surface of the positive electrode of the capacitor and balanced with the incidence. The electron flow is apparently stationary. That is, the electrons come to a standstill and form a lump, which is collected. Another method is to apply a parallel magnetic field to the charged electrode surface of this capacitor to localize the electron on its inner surface by the cyclotron motion of the electron and confront it with the positive ion of hydrogen. (Patent application No. 11-5136
3). In the above-mentioned electron static electric double layer, hydrogen positive ions H ⁺ (protons) and N groups of electrons act (from Fermi particles to Bose particles), so that the usual uncertainty principle ΔEΔt ≧ h from [shifted to extended uncertainty principle "ΔEΔt ≧ Nh, becomes the N ≧ 10 ⁵ Ke, in atomic radius within the such depend on the usual law of conservation of energy (5 × ¹⁰ -9 cm) ΔE
Can reach energies of pion production of over 300 MeV. Na Time), h is Planck's constant (6.6 × 10 ⁻²² Me)
V. s). Thus, pions are produced even without high energy accelerators. As a matter of fact, the electric circuit of Fig. 4 (1) is used to make a hole in the electrode plate of the capacitor and to analyze the charged elementary particles that emerge, the positive and negative pions (π ^± )
And, positive and negative muons (μ ^± ) are generated due to the collapse. Further, as shown in FIG. 4 (2), a weak magnetic field (≦ 10 ga) parallel to the electrode plate of the capacitor is used as it is in the charging circuit of FIG.
You can use uss). Now, neutrinos are produced by the following reaction when the pions hit the electrode plate of the capacitor.

Here _{^{π ± --μ ± + ν μ --e}} ± + ν e + ν μ, ν e is electron neutrinos, [nu _mu mu neutrinos, e ^± is positive, negative electron.

(C) Neutrino Detection and Observation of Weak Interaction Neutrinos are said to be almost impossible to detect electromagnetically because the neutrinos have a weak interaction in physics up to now and have a very large penetrating force. . However, the authors have found that it can be easily detected electromagnetically using a neutrino generator (Fig. 4) and a hydrogen ion beam generator (Fig. 1) as shown in Fig. 5. That is, when a neutrino (electron neutrino and muon neutrino) beam is passed through the hydrogen positive ion H ⁺ beam, the H ⁺ current decreases, and a positive electron e ⁺ beam and a positive muon μ ⁺ beam are generated, which can be easily detected. . As will be described later, the H ⁺ current also decreases in Qi (low-energy neutrinos) transmitted from the human body, so that it is possible to directly prove that “Qi” is neutrinos. As conditions for the neutrino detection, the terminal voltage (charging voltage) V _S of the neutrino transmitting side capacitor and the terminal voltage (H ⁺ ) of the receiving side capacitor in FIG.
The following relationship is found between the accelerating voltage) V _R.

V _R ≧ V _S / 4 This indicates that there is an interaction condition between the neutrino velocity and the H ⁺ (proton) velocity. Thus, when a high-energy neutrino close to the speed of light such as coming from the universe is received by a low-energy proton near stationary (such as in water), the neutrino penetrates with almost no interaction, resulting in a very small probability. It can only be detected in the sky (for example, Kamiokande of the Institute for Cosmic Ray Research at the University of Tokyo). The author's findings show that the neutrinos can be detected by "electromagnetic interactions" when the neutrino or proton velocities are adjusted so that the above relations are satisfied and the "weak interactions" disappear. These facts also prove that not all neutrinos are running at the speed of light, that is, they have mass. * Here, neutrinos were detected with protons (hydrogen positive ions H ⁺ ), but it has been demonstrated that deuterium ions D ⁺ , helium ions He ⁺ , He ^{++ and} other argon ions Ar ⁺ can also be detected. However, H ⁺ can be detected most effectively.

(D) Receiving neutrinos by the human body In the human body, ions (H ⁺ , Na) with a maximum of about 0.1 eV are received.
⁽⁺ , K ⁺ , OH ⁻ , Cl ^−, etc.) current is well known in the study of neuronal neurons. When a neutrino passes through an ion stream, electrons and muons are generated and can be detected by an electric circuit.
5, No. 11-51363, etc. Moreover, the electric detection method by the human body is disclosed in Japanese Patent Application No. 11-301.
Published in 497, it is shown again in FIG. It is important is the relationship of the acceleration voltage V _R between the terminal voltage V _S of the neutrino originating condenser receiving side of the ion stream. That is, V _R ≧ V _S / 4 is a necessary condition. Of the human body Is determined.

(E) Transmission of energy from the human body Energy (neutrino beam of 0.1 eV or less) is easily transmitted by the human body's tension and movements such as putting force on the palm, clenching hands, applying force to the abdomen, and staring.
It may not be as powerful as the Qigong teacher, but it is certainly sent from an ordinary person. Until now there was no way to physically detect the qi. When the hydrogen ion beam of the present invention is used, air emitted from a person can be observed in the afterimage of the deflection of the pointer of the receiver and the galvanometer shown in FIGS. 5 and 6 (see Japanese Patent Application No. 2001-250888). * Neuronal cells in living organisms It is well known that neurons consist of batteries or capacitors made of various ions including electrons and hydrogen ions, and vary from -70 mV to +30 mV. According to the author's research, this is a phenomenon of electric double layer, which is accompanied by the production of pions and the generation of muons and neutrinos due to their decay. Human body tension and movement are shown in Fig.
This is the same as the charging and discharging of the neuron capacitor as in (1) (Patent Application 2000-166815).

(F) Transmission of Qi from Human Body without Movement and Tension It is disclosed in Japanese Patent Application No. 11-301497 that when a magnetic field is applied to a part of the human body, Qi is transmitted even if the human body is relaxed. This is because the electrons are bound by the magnetic field to the inner surface of the positive electrode of the capacitor by cyclotron motion and form an electron static electric double layer with hydrogen positive ions.

7. What has been clarified by the present invention (1) A simple condenser type positive and negative hydrogen source has been completed.

(2) Positive and negative pions could be generated without using a high energy accelerator.

(3) Weak interactions between neutrinos and nuclei could be detected electromagnetically.

(4) “Qigong” was physically revealed.

8. Effect of the present invention (1) The negative ion generator for home appliances can be easily made.

(2) Hydrogen atomic water can be easily created.

(3) "Qigong" can now be done with physical devices.

(4) The prospect of "neutrino communication", which penetrates the earth and does not rely on artificial satellites, has been opened.

(5) Among the four forces in physics, the relationship between electromagnetic force, strong interaction, and weak interaction became clear.

[Brief description of drawings]

[Figure 1] Hydrogen ion generation condenser

[Fig. 2] Large area hydrogen negative ion H ^- generating capacitor

[Figure 3] Method for producing hydrogen atomic water

FIG. 4 is a method of generating positive and negative pions (1) charging-discharging method, (2) parallel magnetic field method.

FIG. 5: Interaction between neutrino (ν) and proton (H ⁺ ).

[Fig. 6] Simple neutrino transmission and reception (neutrino communication)

[Fig. 7] Transmission of Qi (neutrino) from the human body and reception of Qi by the human body = Qigong =

[Explanation of symbols]

[FIG. 1] [C _H ] Hydrogen ion generating capacitor M: Metal plate, In: Insulating film, a: Small hole, V: Power source (-V)
The opposite polarity), H ^-: hydrogen negative ion, ^{H +:} hydrogen positive ions [MA] magnetic sector mass analyzer -B _M: Analysis field _{(B M} polarity reverse), BC: beam collector [GM] galvanometer C : condenser, R: ^{resistance, I} -: H ^- current,
(I ⁺ ): H ⁺ current [VC] Vacuum container P: Exhaust pump [FIG. 2] [LC _H ] Large area hydrogen negative ion H ⁻ Generation condenser MM: Metal mesh [FIG. 3] [H ₂ O + H] Hydrogen atomic water InV: Insulator container, MT: Metal tape (pasted), M
L: metal rod [Fig 4] (1) _{R d:} discharging resistor, _{R c:} charging resistor, _{V o:} the supply voltage, V: terminal voltage of _{R d} The _{C H} voltage across the capacitor _{<V o, B} M> H ⁺ beam π ⁺ : positive pion, μ ⁺ : positive muon <−V _o , −B _M > H ⁻ negative muon π ⁻ : negative pion, μ ⁻ : negative muon (2) _BP : C _H weak magnetic field parallel to the surface, V: voltage across the capacitor [FIG 5] [nu: electron neutrinos [nu _e and muon neutrino [nu _mu,
μ ⁺ : Positive muon, e ⁺ : Positive (positive) electron, I ⁺ : H ⁺
Current, V _S : ν voltage across the capacitor on the transmitting side, V _R :
ν Voltage across the receiving capacitor, MP: Thick metal plate [Fig. 6] [ _CH ] _S : Transmitting capacitor, [ _CH ] _R : Receiving capacitor [Fig. 7] ν: Neutrino, * Air: ≤0. 1V neutrino

Claims (3)

[Claims] 1. An apparatus for charging by sandwiching an insulator between two conductor electrode plates to generate positive and negative ion beams of hydrogen from the surface of the insulator. 2. An insulator is sandwiched between two conductor electrode plates,
A device that generates positive and negative pions by applying a parallel magnetic field to the electrode plate surface by using both charging and discharging or by only charging. 3. A method of transmitting neutrinos from the decay of positive and negative pions generated in the apparatus of claim 2 and receiving neutrinos in the apparatus of claim 1.