View source for Generation of Anti-Gravity and Complete Parity Breaking of Gravity

{{Infobox paper
| title = Generation of Anti-Gravity and Complete Parity Breaking of Gravity
| author = [[Hideo Hayasaka]]
| keywords = gravity, Acceleration, weight
| published = 2000
| journal = [[Galilean Electrodynamics]]
| volume = 11
| number = S1
| pages = 12-17
}}

==Abstract==

Free-fall experiments on a spinning gyro enclosed in a capsule have been conducted in order to investigate the effect of an object's spinning on the fall-acceleration.  For ten runs of the fall-acceleration measurements, in which each run consists of right (clockwise), left (counterclockwise) and zero spinning about the vertical axis, it has been shown that the mean value of the fall-accelerations of the right-spinning  < g(R) > is significantly smaller than < g(L) > of the left-spinning at 18000 rpm,  with the latter being almost identical with < g(0) > of zero spinning.  The result suggests that the right-spinning generates anti-gravity, and also that the parity (the reflection symmetry) of gravity breaks down completely.  The present result is consistent with previous experiments, which showed that right spinning of a gyro caused weight decrease proportional to the number of rotations whereas left spinning caused no weight change.

[[Category:Scientific Paper|generation anti-gravity complete parity breaking gravity]]

[[Category:Gravity|generation anti-gravity complete parity breaking gravity]]

[[Category:Antigravity]]