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Vacuum energy redistribution near a black hole

Authors: C. D. Chlouber;

Vacuum energy redistribution near a black hole

Abstract

V2.0.0 includes the following updates: 1. Corrected dark energy density by factor of two in Eq. (5). 2. Introduced stellar mass correction Eq. (31) to account for NFW halo mass error. 3. Updated the M31* correction in Eq. (33) to account for M31* DM enclosed within MW orbit. 4. Added plot traces for range of M31* BH masses including the average in Fig. 6. 5. Used DM-DE halo formula to model universe as a white hole & added Fig. 8. 6. Added new appendix (A) to discuss two-component vacuum in detail.

This paper applies a two-component model of the vacuum to analyze redistribution of vacuum energy near a black hole (BH) into dark energy (DE) and dark matter (DM) components such that the average energy of the cosmological vacuum is zero. The results provide a compelling explanation for the origin of dark energy and dark matter, flat galactic rotation curves, matter density parameters, and the physics that drives cosmic acceleration.

Keywords

Cosmological constant, Renormalization, Vacuum, Black holes, Gravitational singularities, Cosmological parameters, Hubble Tension, Cosmology, Matter-antimatter asymmetry, Quantum field theory, Dark energy, Dark matter, Cyclic Universe

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popularity
This indicator reflects the "current" impact/attention (the "hype") of an article in the research community at large, based on the underlying citation network.
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