Cosmological Redshift in the De Sitter Stationary Universe

摘要

Here we focus on our previous studies, wherein we deduced the redshift formula in thede Sitter metric space. The non-Newtonian gravitational forces of repulsion, acting inthe de Sitter universe, increase with distance. Thus these forces produce the redshifte ect on photons coming from distant objects. The redshift in the de Sitter universeincreases with distance from the observed objects, and is hyperbolic that matches withthe non-linear redshift recently registered by astronomers. As a result, we no longerneed the expanding model of the Friedmann metric to correctly explain the redshift inthe spectra of galaxies and quasars. The observed “cosmological” redshift is as wellgood explained in the de Sitter universe which is stationary as is well known.