Relativity and Cosmology

    

Cosmologic Red Shift as Consequence of Theory of General Relativity

Authors: Juergen Altenbrunn

The cosmologic red shift is an effect of general relativity. It is possible to calculate cosmologic red shift of light, passing through a transparent continuum with mass. It is necessary to consider the mass variation caused caused from variation of potential energy demonstrated in [3] for this calculation. Result of this calculation is also an intensified increasing of cosmologic red shift at very long distances. Accelerated expansion of our universe or dark energy is not needed for this calculation, only pure theory of general relativity. It is possible to calculate the average density of our universe, if you know Hubble-constant. Calculated average density is 1.76*10^-26kg/m^3 by using a Hubble-constant of 21km/s per million light years.

Comments: 16 Pages. needs Theory of relativity without singularities

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Submission history

[v1] 2015-02-26 12:34:18

Unique-IP document downloads: 178 times

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