MRET v5.2: Black-Hole-Driven Mass Redistribution as a Delayed Geometric Source of Late Time Cosmic Expansion
MRET v5.2: Black-Hole-Driven Mass Redistribution as a Delayed Geometric Source of Late Time Cosmic Expansion
This is a preprint presenting MRET v5.2, a late-time cosmological framework in which cosmic expansion is modeled as a delayed geometric response to black-hole-driven mass redistribution. The paper provides a fixed baseline implementation, explicit late-time predictions, and falsifiability criteria.
black hole growth, effective field cosmology, Black holes, late-time cosmic expansion, Mass Redistribution Expansion Theory, mass redistribution, MRET, Astrophysics, dark matter, Thermodynamics of spacetime, horizon thermodynamics, modified cosmology, Alternative cosmology, general relativity, dark energy, cosmology, Theoretical physics
black hole growth, effective field cosmology, Black holes, late-time cosmic expansion, Mass Redistribution Expansion Theory, mass redistribution, MRET, Astrophysics, dark matter, Thermodynamics of spacetime, horizon thermodynamics, modified cosmology, Alternative cosmology, general relativity, dark energy, cosmology, Theoretical physics
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