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Appendix H: Precision Derivation of the Hawking Energy Profile via the Vacuum Viscous Shear Continuum
2026-06-27
This technical appendix provides a rigorous, non-mystical, and deterministic derivation of the black hole radiation energy profile, originally formulated phenomenologically by S. Hawking. Within the framework of the OCEAN project (FUH paradigm), a black hole of mass M is defined as an extreme rheological shear vortex within a material fermionic condensate. We demonstrate that the thermal energy output is a direct macroscopic consequence of viscous friction and the boundary shear gradient of the medium on the dual-hemisphere geometry of the Swarzschild horizon, completely eliminating the necessity for virtual particle annihilation or continuous vacuum divergences.
Ссылка для цитирования:
Shlyapik A. 2026. Appendix H: Precision Derivation of the Hawking Energy Profile via the Vacuum Viscous Shear Continuum. PREPRINTS.RU. https://doi.org/10.24108/preprints-3115662
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