The Information-Metric Hypothesis: Emergent Spacetime from Holographic Entanglement through Einstein-Rosen Bridges

A holographic framework deriving 52 physical quantities — spanning gauge couplings, the electroweak scale, the Higgs mass, the cosmological constant, baryon asymmetry, dark matter ratio, and the CMB low-multipole spectrum — from a single algebraically forced integer D = 5 (the encoding dimension of an entanglement channel across an Einstein–Rosen bridge in AdS₅) with zero fitted parameters. 21 algebraic proofs of D = 5 spanning 15 mathematical domains. 28 predictions (22 confirmed, 6 testable). 23 explicit kill conditions. Three independent verification paths. Standalone companion guide included. Key results:g₂² = 4249/10000 (+0.12%), v = 246.25 GeV (+0.014%), m_H = 125.2 GeV (−0.04%), Ω_DM/Ω_b = 59/11 (+0.013%), η_b ≈ 6.0 × 10⁻¹⁰ (−1.5%), CMB χ² = 0.651 (zero parameters), sin²θ_W = 3/13 (−0.19%). Package:Compiled manuscript (177 pp), companion guide (15 pp), CQG cover letter, verification script (180 checks), full modular LaTeX source (35 files), all figure generation scripts. Contact: alexander.humphrey1998@gmail.com