Gyroscopes rise upwards due to curled gravity
Date: Thursday, June 29, 2006 @ 19:05:56 UTC
Topic: Science
A hydrodynamical theory of gravity based exclusively on differentiating the velocity field vector once, with respect to time, can yield more information on magnetic force than appears in a modern textbook. The totally parallel hydrodynamical theories of gravity and electromagnetism leave us to choose whether,
(1)A positron is a sink in one aether, and a source in the other aether, or
(2) Whether there is only one aether, and that like charges only repel when they are positive.
The latter conclusion is the same as saying that gravity and negative electricity are one and the same thing. This article on gyroscopic force,
http://www.wbabin.net/science/tombe5.pdf
will carefully put forward arguments to suggest that gravity and negative electricity are both sinks in the same aether, and that there are three additional rotational components of gravity which are not included in Newton's law of gravitation, or Coulomb's law of electrostatics. The rising action of a gyroscope will be attributed to the fact that the aether gets curled when a spinning gyroscope is subjected to an applied torque at right angles to the axis of spin.
In section VI of this article,
http://www.wbabin.net/science/tombe4.pdf
it is conclusively proved that the Lorentz force (E=vXB), and the Coriolis force are mathematically identical. This again suggests that the gravitational aether and the electrostatic aether are the same thing.
Yours sincerely, David Tombe
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