Information-Theoretic Unification of General Relativity and Quantum Mechanics: Numerical Demonstration in 16 Phases

We propose an Information-Theoretic Unification (ITU) of general relativity and quantum mechanics in which spacetime, gravity, the Standard Model gauge group, matter generations, the electroweak Higgs mechanism, the cosmological constant, type II algebras, and chirality all emerge from a single axiom — the entanglement first law δS (ρA) = δ TrKA^ (0) ρA for every subsystem A — demonstrated through 16 independent numerical experiments on free-fermion lattice models and small quantum codes. Highlights: AdS₅/CFT₄ (real-world 4D quantum 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) and Atiyah-Singer chirality verified to machine precision; the 120-order cosmological constant hierarchy resolved holographically; Witten 2022 type II algebra/crossed product structure demonstrated explicitly. Six concrete experimental verification proposals are provided, four of which have already been partially realised in cold-atom and superconducting quantum simulator experiments (Cheneau 2012, Atala 2013, Scazza 2014, Mi 2023). The framework provides a minimal, verifiable skeleton for unifying GR with QM through quantum information. This Zenodo deposit contains the English-language version of the research package. The bilingual repository (English + Japanese) with version-control history is available at the companion GitHub repository. Author contact: munehiro. terada@roboken2. comBlog: https: //note. com/robokenceo