BILLIAN THEORY OF RELATIVITY

           

                                          Google Authorship

                                       From Ghana, West Africa

  

Many test of Einstein’s General Theory of Relativity cannot explain due to small differences between the predictions of the theory and Newton’s laws in addition to the square law of gravitation, further test concerning the General Theory with satellites show the theory is useful in predicting subtle effects on motions of objects within the system.

NEW HYPOTHESIS

We all know the Schwarzschild radius Rs given by 2GM/C2. Schwarzschild radius fails to include the energy-mass equivalence. With my equation E=MV²√2, energy equals to mass times velocity square times  squire rut of two, further explains that all objects in the universe stored energy and more than have half them released energy.

However one of the most exciting applications of the equation MV²√2 is to the extremely strong gravitational fields produced by “block hole”. It is hypothesized that massive star can collapse until its radius is so small that the surface gravity field prevents light from escaping. This is the Billian radius R_b.

R_b=2GMV²√2/E

Where;

R_b=Billian radius

G=Constant

M=Massive object

V=Velocity across the line of sight.

The equation above mean that, for a massive object, released total energy E, moved at speed v across the line of sight determined the Billian radius R_b.

EXAMPLE:

Calculate the energy released by the star in radian where Billian radius stands for the star radius 7.0x10⁸m, moving at a speed 2.4x10⁸m/s across the line of sight that has a mass equal to that of the earth (6.0x10²⁴kg). (G=6.7X10^-11N-m²/kg)

E=2GMV²√2/R_b

E=[2(6.7x10^-11)(6.0x10²⁴)(2.4x10⁸)√2]/7x10⁸

BILLIAN PARAMETER

Obviously, we required some explanation of the universe (the galaxies) show significant red-shifts. These observation are in accord with the model of an expanding universe, in which all objects moved apart with speed remains constant(v=12247.44871). In “normal” galaxies, the relative constant V derived from my equations that used to explain Doppler shift (unpublished) obeys my hypothesis, which states that the constant v is directly related to the apparent distance of the object.

H=12247.44871/d

EXAMPLE:

Calculate the Billian Parameter across a line of sight of distance 9.5x10²¹m

H=12247.44871/9.5x10²¹S^-1