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Permalink Reply by Barry John on March 12, 2010 at 19:26
Permalink Reply by Ragnarok on May 9, 2010 at 0:33
Permalink Reply by Torakx on May 9, 2010 at 1:09 Any body that has sufficient revolutionary velocity creates it's own anti-gravatational field. This can be demonstrated at home with a high speed drill, ball bearings and a high speed camera. Photographing the trajectory of the two ball bearings as they are released in a controlled arc, one rotating at 27,000rpm the other non-rotationary, reveals the effect. The rotating ball climbs higher and falls faster yet hits the ground at the same time. The extra height gained results from a "lessening of the mass of the ball bearing" through the effects of the localised antigravatational field. The laws of the conservation of energy and the laws of thermodynamics are bunk as extra energy can be created or if you will, pulled from the zero point when a body has sufficient revolutionary velocity.
Permalink Reply by Christopher on May 15, 2010 at 13:20 Any body that has sufficient revolutionary velocity creates it's own anti-gravatational field. This can be demonstrated at home with a high speed drill, ball bearings and a high speed camera. Photographing the trajectory of the two ball bearings as they are released in a controlled arc, one rotating at 27,000rpm the other non-rotationary, reveals the effect. The rotating ball climbs higher and falls faster yet hits the ground at the same time. The extra height gained results from a "lessening of the mass of the ball bearing" through the effects of the localised antigravatational field. The laws of the conservation of energy and the laws of thermodynamics are bunk as extra energy can be created or if you will, pulled from the zero point when a body has sufficient revolutionary velocity.
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