UGP Physics program — public Zenodo catalog

Curated index of Universal Generative Principle (UGP) Physics program archival deposits on Zenodo: 54 papers (portal survey P00, P01-P53, including P48 The Complete GTE Framework — 368 modules machine-certified, EPIC_091 complete with GH convergence (OQ-QG-1a CLOSED CatAL: vacuum CMCA spatial graph GH-converges to flat R^3), SU(2)_L doublet Hilbert space (su2l_doublet_hilbert_certified CatAL), and pre-compactness lemma (single-kink flat-limit CatAL); PSL(2,7) algebraic unification (F_21, Eisenstein integers, Fano plane all unified through PSL(2,7)), A4 leading-order PMNS = tribimaximal, Lambda=0 all-order in pure-phi sector (CatAL), g_A/g_V = -1 exactly (V-A, CatAL), C2 selector closure; P49 MDL Selects the Wolfram Rule — Direct-Interpolation Lift CatAL, chirality census (orbit_chirality_census), directed wall spectroscopy, and botanical correspondence; P50 The Spin-7 Lattice Model — exact chiral gap law Delta(beta)=e^(-3beta/2)[1+0.5e^(-beta/2)+...] CatAD, Tape Saturation Theorem CatAD|CSC, physical point xi_kink=7 derived; P51 The Polynomial Certificate of Transputation — MDL Unification, Quantum Measurement, and the SRRG Fixed Point, three-level MDL Tower machine-certified, Round 100, 361 modules; P52 The PSL(2,7) Algebraic Structure of the GTE Framework — seven CatAL machine-certified theorems proving PSL(2,7) unifies the Fibonacci-Mobius map, F_21 gauge skeleton, and Eisenstein integers as facets of one group), the Lean 4 physics application archive (ugp-physics-lean, 368 modules), full source corpus (ugp-physics-corpus), and the rule110-lean Cook universality dependency. Also includes the UGP Physics Tutorial Series (26 companion tutorial documents): accessible worked examples covering Born rule derivation, CMB and baryon asymmetry, cosmological constant, defect cosmology, falsifiability and testing GTE, forces and gauge group derivation, golden quadratic, gravity, hierarchy problem dissolved, levels of theory, MDL selection, new physics predictions, particles as topological kinks, phiMDL field, polynomial cheatsheet, problem of physics, PSC-MDL, quantum numbers, strong CP problem, three-tape CMCA, transputation, UGP-GTE masses, universality and undecidability, UWCA, Weinberg angle, and the GTE-Wolfram bridge. Each entry lists titles and DOIs so readers can navigate the full program from a single record. Updated 2026-06-14: P53 first deposition (The GTE Framework: A Comparative Assessment — 10-dimension rubric comparing GTE to SM, SUSY, strings, LQG, causal sets, Wolfram physics, and other frameworks; 364 modules, Wave-4 batch complete). Updated 2026-06-15 (EPIC_091): GTE arithmetic fully derived from Z_7×Z_3 — ridge constant, Fibonacci lift, a-values, Mersenne ladder, N_c→b_1 all now CatAL theorems; 5 new GTE derivation modules (368 total); P48 Chapter 4 restructured; 5 tutorials updated. Updated 2026-06-16 (EPIC_092 adversarial audit): 32 papers revised — n_s σ sign corrected (+0.004σ → −0.005σ across all papers), measurement-problem language softened, C1 axiom-scoping fixed, free-parameters text corrected, Wolfenberg → Weinberg rename, P48 nine new sections (φ(7) unification, Möbius classification, Lipschitz bound, Lorentzian third route, Kähler Born rule, UV spectral dim CDT, Jacobson GR, P48 nine new sections); Round 7 graduation: 8 new modules including classical_lambda_zero (vacuum energy = 0, CatAL), EWRhoCorrectedMZ, 20 CatAL theorems graduated from exp to canonical. Total: 382 modules. ugp-lean: nearly 400.