Information-Theoretic Unification of General Relativity, Quantum Mechanics, Dark Matter, and Gravitational Waves: Numerical Demonstration in 20 Phases (v1.1.0)

We propose an Information-Theoretic Unification (ITU) of GR + QM + dark matter + gravitational waves in which spacetime, gravity, the Standard Model gauge group, matter generations, the electroweak Higgs mechanism, the cosmological constant, chirality, dark matter, and gravitational waves all emerge from a single axiom — the entanglement first law δS (ρA) = δTrKA^ (0) ρA — in 20 independent numerical experiments. Highlights (v1. 1. 0): AdS₅/CFT₄ (real-world 4D gravity) reproduced to 0. 4% precision; Page curve agrees with Page's exact formula to 0. 04%; Standard Model gauge group SU (3) ×SU (2) ×U (1), Atiyah-Singer chirality, Higgs mechanism and L^-2 cosmological-constant scaling all verified to machine precision; cosmological constant 10^-122 hierarchy resolved holographically; Witten 2022 type II algebra/crossed product structure demonstrated. New in v1. 1. 0 (Phases 17-20): Nonlinear Einstein equations from the entanglement second law via quantum Fisher information (machine-precision coefficient match) ; MOND/Verlinde emergent gravity predicting a₀ = cH/ (2π) within 10% of the empirical Milgrom constant and reproducing galactic rotation curves + Tully-Fisher; LIGO GW150914 ringdown frequency 250 Hz and damping time 4 ms predicted within ~10% (Kerr quasi-normal modes) ; cluster mass discrepancy quantified and resolved to ~1% with a hybrid framework (Verlinde + primordial QECC + ~1. 5 eV neutrinos). Includes both English and Japanese academic papers, blog-form expositions, 20 Python scripts, 21 figures, and 20 JSON result summaries. Total runtime ~30 minutes on a modern laptop. Six concrete experimental verification proposals are provided, four of which have already been partially realised (Cheneau 2012, Atala 2013, Scazza 2014, Mi 2023).