Subject: Paper 117: Explanation of Gravity Probe B by ECE
Date: Tue, 19 Aug 2008 10:21:36 EDT
This is an important paper in the ECE series, and is typical of the way in which the ECE theory is superior in all respects to the standard physics. The final result is eq. (8) of notes 117(4), which gives an angular frequency:
capital omega = (2/5) G m R squared omega / (c squared r cubed) + ………
Here G is the Newton constant, m is the mass of the earth, R is the radius of the earth, r is the distance from the centre of the earth to the Gravity Probe B satellite, c is the speed of light, and omega is the orbital angular velocity of the earth. It is seen that if R is about the same as r, as in the low orbital satellite that carried gravity probe B, then capital omega is very small. This is changed into a very tiny angular shift in arcseconds, measured over a year by the satellite. The above result is exactly the same as given by Pfister for the corrected Lense Thirring effect, so we know it will give the correct satellite result to very high precision. However, ECE is mathematically correct, but the standard model is hopelessly incorrect, because it is based on a hodge-podge of incorrect calculations and concepts. ECE obtains the above result very simply, from
curl h = (4 pi G / c ) J
and cap omega is h / c. In this same paper, Horst Eckardt and I will show that the Kerr metric violates the ECE dual identity, as does the Einstein equation itself, a total fiasco for standard gravitational physics.