Black Holes as Temporal Field Regulators: Resolving Singularities and Stabilizing Quantum Matter
Year: 2025
Type: article
Abstract: In this model, a black hole is not merely a destructive object but a region of extremely steep temporal field gradients. Near the black hole: 1. Time slows down: The steep gradient stretches local time, so events near the black hole appear extremely slow to distant observers. 2. Quantum particles stabilize: The effective mass of particles increases due to the temporal field, slowing their quantum oscillations and preventing abrupt energy spikes. 3. Energy redistribution: Instead of disappearing into a singularity, energy is redistributed within the temporal field, maintaining local quantum and gravitational balance. 4. Local cosmological effects: The black hole slightly modifies the expansion rate of the surrounding spacetime (local Hubble parameter), influencing galaxy formation and large-scale structure. 5. Singularity resolution: The extreme temporal gradient replaces the classical singularity with a finite, well-defined structure, eliminating infinities in density and curvature. Summary (child-friendly): > A black hole acts like a “time manager”: it slows time, protects particles from exploding, spreads energy safely, shapes nearby space, and removes impossible infinities.
Author: Anwar, Morgan
Language: English
Subfield: Nuclear and High Energy Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7084385206
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