Astrophysics

    

Inhomogeneous Distribution of Mass-Density in a Static, Rotating Universe Generates a Transverse Doppler Redshift that Mimics Cosmological Redshift and Expansion

Authors: Josep M Francino, Gabriel Simón, Antonio Francino

Based on Newton’s gravitational law as applied to a uniform continuous mass we posit a non-homogeneous distribution of mass at cosmological scales that would give rise to a constant acceleration that largely agrees with MOND’s a0. When mass-density distributes as 1/R in a spherically symmetric universe, rotational velocities arise that increase as the square root of radial distance. These would generate a transverse Doppler redshift that scales linearly with distance at short ranges and would mimic cosmological redshift and expansion. In the more distant regions, relativistic-high rotational velocities result in a highly redshifted background radiation that might distort the estimation of distances based on Hubble’s Law. These phenomena might provide an alternative explanation for the observed redshifts and expansion.

Comments: 26 Pages. Slightly improved and corrected version. New graphics and Mathematica code more legible.

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Submission history

[v1] 2024-07-02 00:37:04
[v2] 2024-07-09 06:13:19

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