The Fractal Multiverse (Version 113.0): A CPT-Symmetric Cosmology with Complete First-Principles Derivations of Gravity, Emergent Time, and the Origin of Mass

The Fractal Multiverse is a CPT-symmetric cosmological framework derived from a single 5D Einstein-Gauss-Bonnet action, organized around seven interlocking pillars: CPT-symmetric inflation, a non-singular EGB bounce, Kaluza-Klein graviton dark matter, generational damping of the cosmological constant, a planckeon conduit network, emergent time from conduit flow, and Standard Model gauge fields from conduit throat topology. The framework is deliberately overconstrained: a single set of geometric parameters is required to simultaneously reproduce inflation, dark-matter phenomenology, the SPARC radial acceleration relation, the cosmological constant, and the fine-structure constant. It is empirically anchored by a 175-galaxy MCMC audit of the SPARC rotation-curve dataset and makes concrete falsifiable predictions in gravitational waves, galactic dynamics, and fundamental constants.Key Advancements in v113.0:Wide-Binary Saturation and the MOND Break: The framework successfully predicts the 2026 wide-binary orbital data (e.g., Cookson et al. 2026) that trends heavily toward Newtonian gravity in the solar neighborhood. Because the conduit network scales dynamically with the local baryonic surface density, the high density of the solar neighborhood saturates the conduits. This naturally bypasses the universal boost failures of MOND and recovers strict Newtonian mechanics without sub-grid tuning.Empirical MCMC Convergence and a0 Recovery: Deepens the quantitative data contact by finalizing the MCMC fits to 175 SPARC galaxies (yielding a tight scatter of approximately 0.13 dex). Furthermore, it executes a numerical cross-check that reproduces the acceleration constant a0 within one standard deviation using parameters fitted to independent geometric constraints.Epistemic Armor and Eight Falsification Channels: Enacts strict Popperian bookkeeping by explicitly enumerating eight distinct falsification channels. This includes formalizing Assumption V.1 (exactly-constrained, not over-constrained) and voluntarily documenting internal tensions, such as the cosmological constant channel fixed point, elevating the framework from an observational model to a rigorously falsifiable physical architecture.Key Retained Architecture (v109.0 to v111.0):Block-Multiverse Architecture: Reframes the seven pillars as facets of a single recursive 5D wormhole manifold satisfying the Wheeler-DeWitt constraint globally. Establishes a two-phase recursion: a linear-chain spine of approximately 100 over-gravitational early generations, followed by exponential branching after the stable-matter threshold. The planckeon foam density is derived as the saturation fixed point of the branching recursion.Slow-Rotator Tomography: Explains massive non-rotating galaxies at high redshift (e.g., XMM-VID1-2075) through three coherent mechanisms: AGF gradient as external torque, bulk-pressure renormalization of dispersion-supported dynamical mass, and parent-rotation node fossilization at galactic scales.Electromagnetic-Coupling and Consistency Analysis: The prefactor in the fine-structure constant is justified rigorously via the three SO(3) generators of the S2 throat. The same Gaussian-overlap machinery reproduces the SPARC surface density at a physically sensible inter-slice separation, explicitly classified as exactly-constrained internal consistency.Consolidation and Epistemic Hygiene: Downstream applications (Titan wobble, 3I/ATLAS, biological homochirality) are grouped into a Speculative Observational Extensions section, explicitly stating that a skeptical reader may discard them without affecting the core framework.Literature Engagement: Honest reconciliation with the modern wormhole and multiverse literature, including the Marolf-Maxfield baby-universe Hilbert space, McNamara-Vafa swampland constraint, and Boyle-Finn-Turok CPT-symmetric universe.