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V: A Comparison of Gravitational and Electrical Force, As Applied to Flying Saucer

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• 1Margaret Cheney, Tesla Man Out of Time [1981], Prentiss-Hall.

V: A Comparison of Gravitational and Electrical Force, As Applied to Flying Saucer Propulsion The electrical attractive force is 1039 x 2,2 times stronger than the gravitational attractive force G. This equation is a constant, for converting from the gravitation to the electrical attractive force. 1Margaret Cheney, Tesla Man Out of Time [1981], Prentiss-Hall. Example: 1,000 ft. -lbs. of mechanical energy are required to lift alb. flying saucer to a height of 1 ft. above the ground. This is 1,356 joules (1 ft.lb.=1.356 joules. Divide this by the above constant, to show that only a tiny electrical force will do more work than a conventional mechanical force, such as that produced by rockets or propellers. This is true for work is done by a constant vertical force F, and motion in a straight vertical line in the direction of the force. The work done on a body is defined as the magnitude of the force, times the distanced through which the body moves. Inversely, the power produced by the constant gravitational force G, acting to move alb. flying saucer from a point 1 ft. above ground, to the ground, would be 1,000 ft.-lbs. (= 1,356 joules, the same equivalent work required to pick the saucer up, against the constant vertical G force, to theft. height). Since the magnitude of electrical attractive force is the G force times the conversion constant, and the work performed on a body equals the force times distance, then: W=fd or Work = (10 xx joules) x 1 ft. or W 40,492,781,690,140,845,070,422,535,211,091,549,295.77 miles. The above calculation would be true if the G force remained constant for that distance above earth, so it would be much greater, since there would be no gravity to overcome once the saucer was outside the earth’s gravitational field. The work done by conventional energy, when converted in this manner, should theoretically do 10 x 22 times more work, though in practice, there are inevitable losses, such as corona leakage and electrical resistance reflected as dissipated heat, etc, in the application of power (which, to be conservative, might amount to as much as In view of the vast increase in work, such losses are insignificant. This phenomenon is one of the fantastic tricks of nature which can be utilized through science, and its discovery by Tesla in the flying saucer, is definitely the greatest invention I know of. No wonder Tesla considered himself greater than Einstein! After all, the saucer is certainly more important than the atom bomb, though Einstein didn’t invent the bomb, or anything else, for that matter, to my knowledge, other than Big Lie Illuminist Physics. On a positive note, what Einstein did invent, however, were many very sweet and profound platitudes and anecdotes involving the archetypical eccentric, genius, absentminded professor. Download 2.09 Mb. Share with your friends: