Author:
Lazarev, Sergiu Vasili
Category:
Research Papers
Sub-Category:
Astrophysics
Date Published:
December 15, 2025
Keywords:
Dark Matter; Black Holes; Poincaré Conjecture; Perelman; π*; NMSI; Subquantum Oscillations; Cosmology; Fine-Structure Constant
Abstract:
This paper introduces a unified framework, Poincaré–Perelman_NMSI_π*, which addresses two of the most persistent paradoxes in modern cosmology: the nature of Dark Matter (DM) and the structure of Black Holes (BH). Building on Poincaré’s conjecture and Perelman’s proof, we reinterpret these results within the New Subquantum Informational Mechanics (NMSI) paradigm and introduce the discrete formulation of π*, derived from quantum constraints. We demonstrate that DM does not require exotic particles, but emerges naturally as an antifase oscillatory component of baryonic matter. Similarly, Bhs are shown not to be singularities, but stable oscillatory cores. The framework yields testable predictions: galactic rotation curves without exotic particles, JWST-confirmed stability of galactic nuclei, and π* coupling pathways consistent with fine-structure constants. This synthesis suggests a paradigm shift in cosmology, connecting topology, discrete geometry, and subquantum oscillatory logic.
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