Authors: Glenn A. Baxter
Look at a space as a simple volume and approximate void[2] with ordinary scalar dimensions of x, y, and z. It has the property of conducting light, radio, X, Gamma, Delta, etc., at the speed of light, which can be calculated as c = 1/square root of (permeability)(permittivity). Energy is “shoved” into and “retrieved” from such a space when light, etc. travels. Space thus has a “springiness” property which controls the indeed constant speed of light c. A gravity field through this volume of space affects both permeability, an inductance, and permittivity, a capacitance. No surprise here since light seems to have both electric and magnetic components. Dr. Einstein’s General Relativity incorrectly models space as an entity he called space-time that is somehow warped by the prese, 10:54Ance of mass. The time thing of his space-time comes out of incorrect Special Relativity time dilation: t = t’[square root of (1 – v^2/c^2)]. LIGO is a giant interferometer that has light going in two different arms at right angles with each other. The tiny gravity force coming from a system of black holes and moving down one of these arms will affect the speed of the laser light in that arm. A “blip” in this black hole gravity strength caused by the collision of these black holes is what the current LIGO data allegedly measured. www.k1man.com/LIGO160213A.pdf This has nothing whatsoever to do with alleged Dr. Einstein “gravity waves” through his incorrectly postulated space-time fabric. The gravity “blip” measured at LIGO was about 0.45 seconds in duration. Since gravity travels 20 billion times faster than the speed of light[3], the “blip” at the black hole system would have been (0.45)(20 billion) seconds duration, = 3.8 years. The gravity “blip” measured at LIGO was about 0.45 seconds in duration. Since gravity travels 20 billion times faster than the speed of light[3], the “blip” at the black hole system would have been (0.45)(20 billion) seconds duration, = 3.8 years. This gravity “blip,” 1.3 billion light years distant, taking [1.3 billion light years]/40 billion = [.035][365] = 11.86 days to reach the earth from the black hole system. Thus the black hole crash happened at a distance of 11.86 gravity days.
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