| viXra.org > Astrophysics > viXra:2608.0077 |
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| viXra.org > Astrophysics > viXra:2608.0077 |
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Astrophysics |
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Authors: Farel Aditya Amin
We consider an alternative approach to the gravitational singularity problem by treatingthe core of a black hole as a saturated state with a finite density bound. In classical GeneralRelativity, the metric diverges at r = 0, leading to infinite density and a breakdown of thefield equations. In this paper, we replace this divergence by introducing a maximum densitylimit locked to the invariant Planck density (ρmax). By matching an internal de Sittergeometry to an external Schwarzschild metric, we find that the collapsed core stabilizes as afinite object. Evaluating this matching condition across primordial, stellar, and galactic massscales indicates that the core volume scales dynamically (V ̸= 0) to maintain the densityplateau. This geometric mechanism offers a direct way to connect macroscopic gravity withdiscrete quantum limits.
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[v1] 2026-08-23 00:35:05
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