Vacuum: Compute redistribution of vacuum energy in cyclic universe of black holes
Creators
Description
This algorithm computes redistribution of vacuum energy near a black hole singularity into dark energy (DE) and dark matter (DM) components. Outputs include halo radii and linear mass densities for black holes Sagittarius A* & M31*, net vacuum mass density (DE+DM), mass enclosed within Milky Way (MW) orbit, and MW rotation curves. For a toy universe containing an ensemble of MW galaxies containing identical black holes, cosmological parameters for the mean galactic separation and matter density parameters (MDP) are computed for ordinary matter (OM), DE, and DM. A cyclic model of the universe, derived from the DM-DE halo formula, is implemented, and a complete timeline for an Aeon is generated.
Notes
1. The following updates are included in V3.0:
2. Revised computation of MDPs to be in accordance with Standard Model for times other than current time.
3. Implemented time regression updates for Vacuum Equilibration Phase (VEP).
4. Added plot of MDP sensitivity to perturbations in OM mass at mass singularity.
5. Added plot for dependence of aeon time on Hubble constant & OM uncertainties.
6. Added plot for MDP sensitivity to perturbations in OM mass at Big Bang.
7. Added plots for cosmological time and entropy over duration of aeon.
Files
Files
(137.1 kB)
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