V 1.1 - 26 February 97 - Jean-Louis Naudin - Last update : 10/01/97
INTRODUCTION
Based on work of Prof. Shinichi Seike, I have build and successfully tested an improved version of his G Strain energy absorber .
" Starting with the so-called "Kramer-equation," which describes the movements of atoms in the presence of exterior electrical and magnetic fields-the basic components of the Lorentz-force-Professor Seiki conceived of the possibility of creating "negative gravitational energies" by utilizing a suitable electro-magnetic field.
Currently, in a process called NMR (Nuclear Magnetic Resonance), we only utilize the charges in spatial electron spins due to the application of magnetic fields. The substance to be examined is placed in a high frequency field, and we observe energy absorption effects peculiar to the frequencies typical of a given molecule of matter.
Seiki went one step further and introduced NER (Nuclear Electrical Resonance), which influences both the polar and the axial spin. Polar spin, he claimed, is directly related to the gravitational field.
Describing a rotating electrical AC field superimposed on a DC magnetic field, he claims that an exponential increase of "negative gravitational energies" occurs at a certain resonance frequency. This means that energy from the earth-gravitational field enters the system of the secondary artificial field created by the anti-gravitational motor.
The negative G-energies cause a weakening of the earth-gravitational field, ultimately cancelling it altogether. Further depolarization then causes the vehicle to be repulsed by the larger gravitational body (earth). It seems that the reason Prof. Seiki's NER effects have not been "officially" utilized, is that nuclear electrical resonance can only occur only at extremely high electrical voltage simultaneously with ultra-high AC frequencies.
Below this threshold, the probability of negative-G-energy conditions is extremely small. Above this critical frequency (also called - "Larmor Frequency"), the effect of this type of gravity engine is also dependant upon the electro-magnetic polarization potential of materials used.
Professor Seiki proposes ferromagnetic substances, such as ferrit and ferromagnetic materials such as barium-strontium-titanate. In his design, three spherical condensers are alternately charged and discharged by three magnetic coils. At first glance, the entire idea seems to be just another "perpetuum mobile."
However, the only energy transformed used is that of gravitational energy into mechanical and electrical and vice-versa.
Seiki calculated a power output of 3 * 10^9 KW for an anti-gravity engine, using one ton each of ferrit and barium-strontium-titanate for design. This is more than the total output of a Saturn rocket, but, even so, Seiki's vehicle could carry a payload of about one ton!"
" It has been, however, difficult to convert g strain energy into electric power because it is in a state of negative energy. One is reminded that in Paul A. M. Dirac's Theory of Particles and Anti-Particles, there are four states of entity:
1) Occupied state of positive energy (e. g., electrons);
2) Unoccupied state of positive energy (e. g., "holes" as treated in Semiconductor Physics);
3) Occupied state of negative energy;
4) Unoccupied state of negative energy (e. g., positrons) States 2) and 3) are in a negative energy state, while states 1) and 4) are considered to be in a positive one. From this, one knows that it is necessary to convert the g strain energy into power with "holes" (the unoccupied state of the electron). Now, in reality, g strain energy is composed of "holes"..."
"... A closed amplifier (transistorized coil) can be designed to absorb the g strain energy. As is known, the p type of semi-conductor carries "holes" (unoccupied state of electrons). In order to absorb g strain energy, such material is required."
(Ref doc. "Abbreviated Report on Prof. Seiki" : SEIKE1.ASC
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