The Torsional Black Hole Interior: A Model for Vortex Stabilization and Dark Energy Emission
Year: 2025
Type: article
Abstract: Title: The Torsional Black Hole Interior: A Model for Vortex Stabilization and Dark Energy EmissionAuthor: Treasure Nmachuwku UkachiDate: September 22, 2025 This paper proposes a radical reimagining of black hole interiors, replacing the traditional singularity with a dynamic, spring-like torsional geometry in spacetime. Using the Einstein-Cartan framework with non-zero torsion, the model demonstrates how infalling matter interacts with dark matter halos to form stable vortices (wormholes). Key Innovations: Helical spacetime structure described by torsion field TμνλTμνλ Dark energy production mechanism from gravitational energy conversion Stable vortex formation with explicit stability criteria Testable predictions including modified gravitational wave signatures and dark energy correlations Breakthrough Insight: The model naturally unifies black hole physics, dark matter interactions, and dark energy emission within a single mathematical framework, offering potential solutions to multiple cosmological problems while maintaining full mathematical consistency.
Author: Ukachi Nmachuwku, Treasure
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7083067403
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