The Superblock Universe: Locked Geometry, Mirron Fabric, and a Falsification Protoco
Year: 2026
Type: article
Abstract: The Superblock Universe is a four-dimensional geometric account of gravity, the hadronic infrared, and cosmological inertia. Six exactly co-located 3+1-dimensional domains ride a compact internal 3-sphere and couple only by twistor-mediated conformal gravity. Hidden-domain inertia is the collisionless mass a Prime observer calls dark matter. Every excitation refreshes on a Mirron — a Planck–Kerr 2-surface of locked radius r_M = ħc / Δ with Δ = 313.1 MeV — under an eight-phase clock Aut(O) ≅ G₂. The Topological Exclusion Principle forbids double occupancy of a (domain, phase) cell; a violation costs at least Δ. Time is the sequential advance of occupied cells. This manuscript unifies the live Superblock notes of 24 September 2026: derivation order, Scheme A boosts (γ_u = 1, γ_d = 2.176, ⟨γ⟩_harm = 4.041), photon kinematics and conformal redshift, QCD and the Weight-6 infrared floor, weak matching to G_F / √2, domain-indexed Maxwell and Casimir dressing, the CPT black–white loop on Σ_M, Prime-Past identification of the down quark, annihilation as a four-phase cancellation releasing 2Δ, neutrino decoherence as an allowed search, SPARC-class rotation curves and Bullet-Cluster separation, and softened Kerr seeds with Oppenheim-style noise used only as a diagnostic. The bounce is the original conformal-aeon crossover plus Mirron / Planck–Kerr refresh. Always Mirron, never a hydrodynamic standing wave. A ten-point falsification protocol is included. Lethal failures are an infrared gap that is not ħc / r_M, a continuous extra boost, hidden-domain color as extra Prime jets, a hidden Maxwell wave that is not a flux swap, information loss at a Planck–Kerr ring that is not a missed inversion costing ≥ Δ, a nested horizon that is not Ω(s) r_M, and any repair that introduces a new continuous parameter. Matching Ω_DM / Ω_b ≈ 5.3 and laboratory 2m_e are data confrontations, not locks. Δ⁴ / (ħc)³ is fabric pressure, not Λ. Outside sources cited include Penrose (twistors, nonlinear graviton, Cycles of Time), Meissner–Penrose CCC, Kerr, Vălean’s weight-6 identities, Oppenheim’s post-quantum classical gravity, the PDG Review, SPARC, and the Bullet Cluster.
Author: Brown (Wylde), William
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7214284751