Astrophysics

    

The Hubble Constant H0 is not Constant, But Proportional to the Density of Free Electrons

Authors: Herbert Weidner

If electromagnetic radiation is transmitted from A to B, the total received amplitude is calculated from the sum of secondary waves of the Fresnel zones. Whenever the electromagnetic wave packet crosses a thin plasma, the free electrons are accelerated and therefore radiate undirec­ted energy which is taken from the wave packet. In dense plasma, this frequency reduction has already been proven5. The wave packet does not change its direction, but its frequency will be reduced. The Hubble constant is replaced by H0 = c w ne. The correct relationship between distance and redshift is D = z/(w ne). The redshift is no scattering effect and does not depend on ω and λ. The measured values of dispersion measure (radio astronomy) and redshift (optical astronomy) depend on each other: z = w∙DM

Comments: 12 Pages.

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Submission history

[v1] 2014-05-11 07:24:36
[v2] 2014-05-30 14:25:09

Unique-IP document downloads: 377 times

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