Nanowelt mit Adaption / Podkletnov
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Gültig/ Nanowelt?
PRIMÄR vs SEKUNDÄR = PRIMÄR + SEKUNDÄR = 35% overunity = PM
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http://www.angelfire.com/scifi2/zpt/chapter3.htmlTHE MATHEMATICS
Given
F = The gravitomagnetic field in newtons/ (kg/sec)
Mearth = Mass of the Earth = 5.98 x 1024 kg
re = The gravitational radius of the earth = 5 x 106 meters
R = Radius of the spinning disc or gyroscope = .2 meters
Note: the gravitomagnetic field is induced by the movement of a collimated energy field. Note R & re also define the length of the collimated energy field. Only the kinetic energy of the spinning earth and gyroscope are colliminated.
m = Mass of spinning disc or gyroscope = 700 grams
THE GYROSCOPE CALCULATION
v = velocity at the edge of the gyroscope = 2p (f) (R)
v = 2p (216rev/sec)(.2 meters)
v = 271 meters/second
For the sake of analysis this velocity will be split evenly between the earth and the spinning gyroscope.
v = v / 2 = 135 meters/second
The gravitomagnetic field "F" is similar to the electro-magnetic field in that it is induced by motion. It is induced by the movement of mass "dm/dt" not charge "dq/dt". The gravitomagnetic is very weak and involves the very large constants "G" and c2. The gravitomagnetic field "F" is given by:
F = (G/c2) dm/dt
F = (G/c2r) Mv
Fearth = (6.67 x 10-11) / [(9 x 1016)(3 x 106)](5.98 x 1024)(135)
The field density B is given in units of 1/meters.
B = F /meter
Bearth = 2 x 10-7 newtons/(kg-meter/sec)
The electro-magnetic field tends to repel like charges moving in opposite directions. Likewise the gravitomagnetic field tends to repel masses moving in opposite directions. The gravitomagnetic effect is ordinarily to weak to be detected.
Force on gyroscope = Bearth Mv
Force on gyroscope = (2 x 10-7)(.7KG)(135m/s)
Force on gyroscope = 2 x 10-5 newtons
Converting newtons to grams.
Weight loss = (100 grams/newton) (2 x 10-5newtons)
Weight loss = 2 milligrams
The results of the gyroscope experiment are consistent with those expected from the interaction of the gravitomagnetic field.
Pg_10 UP
THE SUPERCONDUCTIVE DISC CALCULATIONS
In the gyroscope experiment, the kinetic rotational kinetic energy of the gyroscope is collimated produced the effect. The mass energy of a superconductor is collimated. The mass energy of a rotating superconductor is much larger than its kinetic energy. The antigravitational effect will therefore be much larger. For a disc with a radius of .2 meters rotatating at 2 revolutions per second the calculation is:
For the sake of analysis this velocity will be split evenly between the earth and the spinning disc.
v = velocity at the edge of the disc = 2p (f) (R)
v = 2p(.2)(2rev/sec) = 2.51 meters/second
The induced gravitomagnetic field is given by:
F = (G/c2r) Mv
Fearth = (6.67 x 10-11)/[(9 x 1016)(3 x 106)](5.98 x 1024)(1.25 m/sec)
Fearth = 1.8 x 10-9 newtons/(kg-meter/sec)
B = F /meter
Force on disc = Bearth Mv
Due to the collimation of the mass energy of a superconductor momentum "P" is substituted for "Mv". The kinetic contribution to "P" is small and was not included with the calculation. As before the mass of the disc is .7kg.
Force on disc = Bearth P
Force on disc = Bearth E/c
Force on disc = Bearth (Mc2)/c
Force on disc = ( 1.8 x 10-9) (.7kg) (3 x 108)
Force on disc = .37 newtons
Converting newtons to grams.
Weight loss = (100 grams/newton) (.37 newtons) = 37 grams
% weight change = (37 grams/ 700 grams)(100%) = 5.4 %
The weight loss is consistent with the weight loss observed in spinning disks. This consistency indicates that the gravitational effects are the result of an induced gravitomagnetic field.
http://www.physicsessays.com/http://lenr-canr.org/acrobat/MosierBossthermaland.pdf++++++++++++++++++++++++++++++++++++++++++++++++++++++
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http://www.threesology.org/bio-physiological-3s-1.phpNANOKONDENSATOR UND DIE MINICUBES
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NANOKONDENSATOR UND DIE MINICUBES
http://www.buch-der-synergie.de/c_neu_html/c_10_03_batterien_q.htm
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