Relativity and Cosmology

    

Black Hole Dynamics: Transition Across Temporal Spectra

Authors: Paul Caracristi

This paper presents a novel interpretation of black holes, proposing that they represent a transitional process between realms of increasing and decreasing entropy. The event horizon is redefined as the beginning of this transition, where matter and energy shift from dynamic states of high gravitational interaction to a latent realm of static energy. Within this framework, space, time, entropy, and gravity progressively diminish, forming a temporal spectrum of decreasing frequency values. The core of the black hole is characterized as an asymptotic state of stasis and potentiality, a latent realm of pure potential energy. This theory challenges traditional notions of singularities and offers new perspectives on the cyclical nature of dynamic and latent realms.

Comments: 4 Pages.

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Submission history

[v1] 2024-12-25 01:18:11

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