Saturday, August 27, 2016

New Relativity

In Special and General Relativity an moving object will appear the same irrespective to observing angle to the movement. But observers can be placed in four points that will have different visions of the moving object.

If this situation is applied to an electron orbiting a proton in a hydrogen atom. The effects decided by A and B will be related to quantum mechanics. But observers C and D will observe space dilation. Stationary electron will be swelled, but when moving at high speeds around proton it will shrink.

Lorentz Transformation goes as:
  t' = \frac{t - {v\,x/c^2}}{\sqrt{1-v^2/c^2}}\ ,
x' = \frac{x - v\,t }{\sqrt{1-v^2/c^2}}\ ,
y' = y\ ,
z' = z\ ,
It is very evident in special relativity there is no effect for y and z axis.
What I propose is a dilation in y and z axis. x axis should be available for quantum theory.
 
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