M-ICE Theory: A Rigorous 11D Supergravity Framework Resolving Cosmological Tensions and the Black Hole Information Paradox

M-ICE Theory Descripción (Abstract) Puede usar el siguiente texto, que condensa los resultados clave de su trabajo: We present the complete mathematical derivation of M-ICE Theory, an 11-dimensional supergravity framework compactified on a G₂-holonomy manifold M₇ that resolves the major open problems in modern physics without fine-tuning. Key results include: Rigorous derivation of the coassociative modulus coupling β₂ = 1/√8 from the Weil-Petersson metric. Exact double screening mechanism (Chameleon + Warp sequestering). Analytic resolution of the Hubble tension yielding H₀ = 72.8 ± 0.5 km/s/Mpc. Non-singular black hole interior with finite Kretschmann bound K_max = C(M₇)/ℓ₁₁⁴. Unitary Page curve with S_rad(t) → 0, restoring quantum unitarity. Emergence of the fine structure constant as α⁻¹ = Vol(Σ₃)/ℓ_eff³. An analytic statistical comparison against ΛCDM resolves three independent tensions (H₀, w_DE, S₈), yielding a combined significance of 6.17σ with p ≈ 6.3 × 10⁻⁶ (1 in 158,000).