Resumé:

Schooling: The Polytechnic University of Bucharest the Automatics Department,

Novell NetWare 5, Windows all version , Windows NT.

The experiment is based on the vibration of the atomic center in the crystal metallic lattice of a mercury sample, which is transferring over bonding electron orbital. If the atom is excited using the resonance phenomenon the link between the atomic center and electron can be broke and the conduction electron will make alternating current. Resonance frequency is 233nm (2331.1 Angstrom) that make enable breaking the binding between the atomic center and bonding electron by photons of Louis de Broglie associated wavelength.

The Potential Energy of the nuclear precession is:

E= - mB cos θ

And the nucleus energy is:

E= g h B/2p

The constant, g, is called the gyromagnetic ratio and is a fundamental nuclear constant which has a different value for every nucleus. h is Planck's constant  and  B is the strength of the magnetic field at the nucleus.

From tables Hg (201) we have g = - 1.7686·10⁷ rad T^-1 s^-1 ;

and B2 = 4.2 ·10¹⁴ Tesla the manetic field in the nucleus.

And the total energy (in Joule) is: E = g B2·I· (1-I)·h  where I is the magnetic spin moment and B between (4.2 - 8.2)·10¹⁴T (Tesla) is the intensities of nucleus magnetic field. For eV we have to multiply with 6,24·10¹⁸

                For Hg(201) E = g B2 I (1-I) h = -1,7776·10⁷  rad T^-1 s^-1 (-3/4) 3,54·10¹⁴ T 1.0544·10^-34 Js 6,24·10¹⁸ = 3.685371015 M eV 

we obtained E= 3,68·10⁶ eV= 3,68 MeV for Hg(201); E= 3,32 MeV for Hg(199); E= 3,9 MeV for Pb(207); E= 6,62 MeV for Sn(117) E= 5,8 MeV for Sn(119) E=6.92MeV...

The calculation of the amount of energy generated is obtained from the energy released from the nuclear spin magnetic moment for I = 3/2 to Hg201= (3.685371) ~ 3.68 MeV (13.2% natural abundance) (Hg199) (3.32789) ~3.33MeV and I = 1/2 (16.8% natural abundance). We obtain that E = N· (3.68MeV·0.132 +3.33MeV·0.168) · 1.602·10^-19 C => E = 5.091·10¹¹ J (where N is the number of atoms in a 1 kg of Hg). With Avogadro’s number, 6.022·10²³ atoms are contained in a mass of 200.59 g with a density of 13600 Kg/m3, and 3.0022·10²⁴ atoms in a 1 Kg of Hg; the  mass is m=0.0024·m_n of the neutron mass very close to mass defect. Because this frequency is in UV we must realize a quartz cylinder filled with mercury like this (dimensions in millimeters):

With LASER is possible to have a gain of power (the electrical power of laser will be less than the one produced by the instrument (greater than 10 times) but it is essential to have bigger power. The stability of the frequency of the electric sinusoid which produce in copper conductor a resistance of ~60 times less than the usual resistance realizing a relative superconductivity at normal temperature (~24⁰ C). I tried to reproduce the same frequency with a electric oscillator but the phenomenon didn't appeared that make me think the stability is with several order greater (~1000 times) and only at that precise frequency the superconductivity appears.

Abstract

The other metal that is suitable for the production of energy is tin alloy and the frequency is 336-338nm depending of the temperature of the liquid or solid state, the metal composition is 87% Sn (tin) and 13%Pb (lead). The best energy is when the temperature is over 246⁰ C and the state is liquid.

For tin alloy in a eutectic mixture of 61.9% tin and 38.1%, the scheme is like the Hg one with a 337.5nm wavelength, and the amount of energy released from the nuclear spin magnetic moment is: E = 3.9 MeV for Pb207 (22.1% natural abundance) and E = 6.62 MeV for Sn117 (7.68% natural abundance) and E = 6.92 MeV for Sn119 (8.59% natural abundance) we may approximate Sn (117+119): (16.6% of medium energy E=6.78MeV), E = N1· 0.166 ·6.78MeV ·1.602·10^-19 C + N2·3.9MeV· 0.221· 1.602·10^-19C = 1.1·10¹⁰ J for 1Kg of tin alloy (N1 = 4.751·10²² is the number of Sn (117+119) atoms within 1Kg of alloy and N2 = 2.33·10²² is the number of Pb atoms). The problem is that the frequency is different than 10.5kHz and the superconductivity will not appear; but the stability is the same with the Hg and may be changed using the resonance compartment waves into a frequency that can realize a relative superconductivity at normal temperature (~24⁰ C).

See the page: GyroMag.pdf

The experiment can be made with microwaves of frequencies of about 15GHz-18.5GHz the most probably between 16GHz -18GHz but in that case the amount of energy is much less. In that case the stability of the frequency of the electric sinusoid that we obtain is not suitable for the superconductivity in fact is quite variable in the range hundreds of Hz to dozens of KHz. The microwave oven works with the frequencies of about 1.4GHz and the power of about 700W-1000W at the price of less than 100$ so is a cheep solution of energy with a factor of multiplication of a few dozens to hundreds. In that case the phenomenon is based on the resonance between magnetron and the thermal particle according to the Quarks Informational Theory and will appear for those metals at different frequency respectively at ~18.3GHz mercury and ~18.2GHz thin alloy.

According to QIT the other frequency of interaction of the thermal particle and magnetron is 150MHz-210MHz and the magnetron is interacting with the mercury and tin alloy and the frequency's are more easy to obtain the most probably between 170MHz to 200MHz(179MHz for Hg and 189MHz for SnPb).

Abstract Gravity

The Ondusculaire theory is referring to elementary particle with no mass and witch are moving with the light speed and acts as wave and particle: phonon, particle_T, photon, graviton, magnetron, particle_M and particle that have mass and a speed smaller than light (atoms nucleus, positron, electron). The Ondusculaire equation can be obtain starting from the generalized relativistic Onduscular formula:

 Eq. (1) where m is the moving mass, V is the speed, f is the wave function E0 is energy in Rydberg unit of energy, l is the azimuthally magnetic number \epsilon vacuum permittivity and the normed Plank constant h .... respective for particle graviton particula_T magnetron, photon, phonon  where m₀ =0 :

According to the The Document of the Graviton Equation the Neutrino is the graviton, and the amplitude in spherical coordinates is:

 

Newton law of gravity plot with R=37, c=3 the amplitude for graviton in png format.

 

the amplitude of the photon in cylindrical coordinates Photon.pdf is:

The proton will decompose into neutron and an positron and will generate a Neutrino which make the gravity and will interact with other nucleus ...the light could stop the reaction from the nucleus if it will absorb a certain amount of the energy E=h ν;

And the atomic reaction generate the neutron positron and Muon Neutrino is: ¹₁p+t-> ¹₀n + ⁰₊₁pos +n + Muon Neutrino

The Electronic Neutrino is responsible for the attraction of mass and the process will repeat whenever the proton will be hit by the tau neutrino. 

And the neutron and tau neutrino will regenerate a proton, electron, muon neutrino and a Electronic Neutrino:  ¹₀n+t -> ¹₁p + ⁰_-1e + n + Muon Neutrino

The nucleus is vibrating into orbital and absorption of the energy of E_1ω=3.259eV will become Gravitonic Ionized State h ν= E_ω ->=3.08nm->λ~30.8 Angstrom and the energy for the frequency of 380.43nm is E_2ω = 3.259eV the same Gravitonic Ionized State.

The calculation of the power needed to sustain 1 g of substance is based on the assumption that the light ionizes all the atoms of the substance but does not penetrate more than several microns into the substance, farther propagation taking place by the photonic scattering coupled with a sort of photovoltaic phenomenon in which the incident photon gravitonically ionizes the atom which, through stimulated emission, produces a particle with the same characteristics as the incident photon, that Einstein described in the well-known reference, a particle that he always referred to as photoelectron.
Concerning the interaction between the Earth and another body at its surface, considering the diameter of the Earth of about 12742 Km and the fact that the interaction is traveling with the speed of light of about 300000 Km/s, we evaluate the total interaction time of about T = 4.25·10^-2 s, subsequently being able to calculate the power required for sustaining one gram of mercury, which thus allows us to approximate the same quantity as required for aluminum.
Since the gravitons that might be stopped to travel through the Earth to the contact point and its antipodal point, it is obvious that, for a time delay of about 4 hundredth seconds, the gravitons must be blocked from their journey through the Earth, therefore, the power of the laser beam must set up to be proportional with the diameter of the Earth.
Similarly, if the experiment would take place on the Moon, we would need 0.8 W/mol, because the diameter of the Moon is 3472 Km so is about a quarter of that of the Earth, and not one-sixth, as the gravity of the Moon equal to about 1.6 m/s² is, for that of the Earth. That should be verified directly by an experimental setup on the Moon, which I quantitatively detail below.

Considering Brossel's double resonant method 'Investigating Atomic Energy Levels' for Hg (mercury), described in reference, where the transition from the excited to the unexcited state is of about 4 ·10^-7 s, the above interaction time in our experimental setup is, according to reference, about the same t = 4·10^-7 s.
According to the description of gravitonic antipodal points above, the laser must provide enough power for the photons to block the gravitons such that the body be in equilibrium, after about several time quanta equal to N=(T)/t, which is about N = 10⁵ . Thus
E_atom=3.26[eV]·1.602·10^-19 [C]=5.22·10^-19 [ J]
P_atom T/t[W·seconds]=E_atom [J]
N=T/t=1.0625·10⁵
and approximately
Patom = 4.912·10^-24 W/atom
By Avogadro's number for 1 g of Hg, we calculate that 6.022·10²⁶ atoms/mol are contained in a mass of 200.6 kg with a density of 13600 Kg/m³ we obtain
3 · 10²¹ atoms in a gram of Hg. Thus the needed light power is
PHg(gram) = 0.491·10^-23 ·3·10²¹ J/s (per g) = 14.74·10^-3 J/s (per g)
For 1 gram of Hg, we need a light power of about 0.01474 W/g (14.7mW/g), and for a mole of Hg substance, we multiply by the atomic mass equal to 200, thus obtaining about 2.948W/mol. Therefore, for a gram of Al, we calculate the needed light power by dividing to the atomic mass, which is equal to 27, and thus that PAl(g)= 109.2 mW/g, the phenomenon being nevertheless more complex.

Between two Time Qantas, the spin electron= ½ performs a double spin rotation 720 degrees and reaches the same relative position at the degrees of freedom in space for image viewing click on the link below (this can extend to any ½ spin particle):

-The onduscular theory includes Newton's laws and Einstein's general relativity,
-The Theory of Information (Quarks) includes the main fundamental particles of Standard Model also the gravity, which gives another informational perspective and understanding of quarks.
-The theory incorporates the classical-quantum theory and the equation of the Quantum Torsion Field gives the solution for a unique formula for all known particles.
-It explain all the known forces from the atomic level to that of the Local Universe and the mechanisms of operation of the force-mediating particles of these interaction.

Photon equations in Maple format.

Graviton Photon and Electron Equations archive in .rar Maple format.

Time, Mass& Space quantum Theory Document in PDF format.

Entropy and time evolution Document in PDF format.

Heisenberg and uncertainty principle Document in PDF format.

The Reality Hologram Document in PDF format.

The Red Shift Document in PDF format.

The modified Planck's law Document in PDF format.

The Primordial initial Black Hole and Quantum Space curvature Document in PDF format.

The Nucleus Neutrino Interactions Document in PDF format.

The Lagrangian QED & forces interactions between particle Document in PDF format.

The Cosmology of Local Universe and the "measurement problem" Document in PDF format.

The Electron 1 S Hydrogen Flux Equation& explication Document in PDF format.

The flux conservation equation Document in PDF format.

The Sun&Earth space expansion Document in PDF format.

The electron, proton &neutron are actually spinning or not Document in PDF format.

The magnetron in the interaction between electron and proton Document in PDF format.

The time shift between Mars and Earth calculus equation of time Document in PDF format.

The Quantum Space-Time bend of special relativity in Riemann mutidimensional space Document in PDF format.

OSIM BREVET Gravity

OSIM BREVET Energy Hg

and especially to Prof. Rostamian from Brown University UMBC Baltimore USA

Last update 19 Dec. 2023; Version: 13.1.4 ORCID