Stochastic Gravitational-Dynamic Model of the Multiverse (SGDM): Three Fundamental Discoveries, Tidal Equivalence of the Cosmological Constant, and First-Principles Geometric Derivation of the Fine-Structure Constant 137.036

The Stochastic Gravitational-Dynamic Model (SGDM) by Yuri A. Chesnokov resolves three foundational problems of modern astrophysics and quantum electrodynamics: 1. Tidal Resolution of Dark Energy: We prove the Chesnokov Tidal Equivalence Identity Λ ≡ 6GM_ext / (c² R_ext³) ≈ 1.1056×10⁻⁵² m⁻², demonstrating that accelerated cosmic expansion is driven by external gravitational tides of neighboring Multiverse domains, eliminating Dark Energy (Ω_Λ ≡ 0) and solving the 120-order vacuum catastrophe. 2. Observational Axis & Spin Coaxiality: Discovery of the primary Big Bang polar axis materialized by the diametrically opposite relic giants IC 1101 (+Z) and Phoenix A (-Z) with total momentum conservation Σ P_z ≡ 0, and coaxial spin alignment with the Milky Way (PA ≈ 23°, inclination 84°). 3. First-Principles Derivation of the Fine-Structure Constant (1/α): Proof of the electron as a closed 3D electromagnetic standing-wave soliton of length L₀ = 2π a₀ ≡ 137.036 λ_C. We derive the exact topological formula 1/α = 137 + [ln(137) + 3/(2·137)]/137 ≡ 137.035992189... (0.000005% agreement with CODATA 2022) based on the three natural perimeters of the torus (136 λ_C, 137 λ_C, 138 λ_C) and nucleus graviton tidal gradient. 4. Complete Patent Suite & Metrology: Comprehensive specification of Patents #1–#5, including the closed-loop 4-rotor non-reactive graviton drive (L_Σ ≡ 0, M_Σ ≡ 0) and deterministic quantum-optical phase gate. Official Project Portal: https://multiverse.asistent-aiart.ru/ Author: Yuri A. Chesnokov ([email protected], +7-903-652-90-14).