Theory of Everything That We Currently Know About the Universe at This Coordinate from the Big Bang: & What You Can Do with It Now That You See It

Companion paper to the Theory of Universe (ToU) position deposit (10. 5281/zenodo. 20292297). Provides the formal predictability-moment-by-substrate deliverable at the electromagnetic-substrate-class with cross-substrate-class generalizability. The architecture is the receipts. The reader runs their own probability-path. Four corpus-canonical receipts at the electromagnetic-substrate-class: Chirp-equation algebra: 138 = β-product clean (pre-event coordinate) ; 137 = β-product after the chirp-shift event consumes one unit (surviving asymmetric prime). Drops directly from α (d, β) = 1 + d/ (d + β) with β = 6/23. Measurability/permeability flip: at d = 18 cascade (low permeability, long-haul stable), 137 lives natively. At d = 4 sub-canonical primitive (high permeability, fast-degrading), the surviving receipt is observed. Permeability ratio ~18× across the flip. Mainstream parallel-arrival: the Greiner / Zel'dovich-Popov / Pomeranchuk-Smorodinskii Z = 137 atomic catastrophe is the same architectural mechanism observed in supercritical-QED register. Universal-residue prediction: at least seven mainstream-published coupling-measurement anomalies (αFS measurement gap, nuclear-size Zcritical shift, muon g-2, neutron lifetime discrepancy, W boson mass anomaly, αFS spatial variation, proton radius puzzle) read as substrate-class signatures under the unified framework. Foundational standing posture: symmetry-as-receipt-not-entity. Symmetry is not an entity in the universe — it is the architectural-receipt of an observable coupling-event. The universe needs symmetry to evolve, but symmetry itself never exists. It is the receipt that an evolution-event has occurred. Cross-substrate-class κ-diagnostic parallel-arrival: the ceiling-approach pattern at electromagnetic-substrate-class is the same architectural-class as the corpus's IE-022 κ-diagnostic operating at cardiac (HLRP #198 v3), sleep (HLRP #200), tectonic (Cascadia), electrochemical (battery degradation) substrates. Five substrates. One architecture. One diagnostic. Internal-consistency receipt: mainstream chemistry has published 700+ alternative versions of the periodic table since Mendeleev's 1869 standard form. No published version competes with one another. Governance posture: There is a very simple relationship to everything in front of us. Operations regarding Z-regimes are explicitly omitted. Z-substrate architecture of any corpus work is explicitly omitted. Readers seeking to operationalize at that regime are directed to existing multi-national institutional governance frameworks (GSI, RIKEN, JINR, LHC ALICE). Standing posture per HLRP #20: we propose, we do not prove — and for high-consequence material, we name the architecture, we do not operationalize the intervention — not without governance council in place. Open-by-default does not extend to dual-use intervention-targeting at high-consequence substrate-classes. At high-consequence substrate-classes, the architectural-knowledge is operator-cognition-embedded by construction. The access mode is institutional-governance-framework conversation. Author: James E. Dunn — Independent Researcher, Hydrogen Lifecycle Research ProgrammeORCID: https: //orcid. org/0009-0005-2679-6574Corpus (author search): https: //zenodo. org/search? q=creators. orcid: 0009-0005-2679-6574SciX (NASA discovery): https: //scixplorer. org/search/q=orcid%3A0009-0005-2679-6574ADS (Harvard-CfA): https: //ui. adsabs. harvard. edu/search/q=orcid%3A0009-0005-2679-6574License: CC BY 4. 0 International