192(1): Simple Angular Velocity Test of General Relativity

Feed: Dr. Myron Evans
Posted on: Monday, August 08, 2011 3:51 AM
Author: metric345
Subject: 192(1): Simple Angular Velocity Test of General Relativity

This is a suggestion for an angular velocity (omega = dtheta / dt) test of general relativity by measuring to maximum precision possible the change in angle theta over time t of an object such as the moon, and measuring the distance to the moon directly with a laser. Repeat all around the orbit. According to the standard model the result should en eq. (10). However the correct result is

m(r) = omega r squared / y

where

y = L c squared / E = constant of motion

a192ndpapernotes1.pdf

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