ZQCM V2.2 Comprehensive Preprint Archive (Rev3, V1.7 execution layer): Zero‑Parameter Derivation of Standard‑Model Parameters from S³ Spectral Geometry and Spin(9) / Coxeter Root‑System Structure

This archive collects the complete V2.2‑Rev3 preprint series of the ZQCM framework, consisting of three main volumes, technical appendix, full‑reproduction resolution report, physical‑assumption audit document, executable reproduction script, and input‑parameter register. ZQCM builds upon three axioms A1‑A3 built from S³ spectral geometry and B‑type Coxeter root‑system structure under Cl(9) ⊃ B₂×D₂ embedding. The framework aims to constrain Standard‑Model low‑energy parameters without manually‑tuned free parameters. It yields a set of theorem‑level algebraic relations for coupling constants, lepton‑quark mass hierarchies, CKM‑PMNS mixing, dark‑matter mass, baryon asymmetry, pulsar‑glitch scaling and other emergent phenomena. All materials include explicit epistemic status labelling for strict theorems 🟢, conditional theorems 🟦, physical hypotheses 🟠, application‑level interfaces 🔵 and permanent metaphysical open boundaries ⚫. Open‑boundary items are systematically audited, with clear falsification criteria for experimental tests. Base numerical values are frozen in Rev‑3 (V1.7 execution‑layer campaign); in‑place update logs are preserved for full research traceability. The Python script reproduce_zqcm.py provides algorithmic reproducibility with 46 passing assertions. This is a research‑archive preprint, not a journal‑refereed publication. It contains mathematical derivations, numerical audits, campaign resolution logs, negative‑result records and methodological self‑audit. Core predictions are subject to future experimental falsification.Archive bundle contents: 1. ZQCM_V2.2_Vol1_Rev3: Volume I — Axioms to Core Constants 2. ZQCM_V2.2_Vol2_Rev3: Volume II — Particle Physics Core 3. ZQCM_V2.2_Vol3_Rev3: Volume III — Cosmology and Emergent Phenomena 4. ZQCM_V2.2_TechApp_Rev3: Technical Appendix — Complete Proofs, Numerical Audits, Reproduction Script Snippets 5. ZQCM_V2.2_Repro_Rev3: Full‑Reproduction Final Report — residual open‑boundary resolution 6. ZQCM_V2.2_Audit_Rev3: Comprehensive Physical‑Assumption Audit Report 7. reproduce_zqcm.py: Executable Python reproduction script (46 assertions) 8. ZQCM_Inputs_Register_Rev2026‑09‑09: Input‑parameter registry document Version tag: V2.2‑FINAL‑Rev3 (V1.7 execution‑layer campaign, archive date 2026‑09‑10). All base‑release numerical values frozen; in‑place‑update audit logs retained for full research traceability. License: CC‑BY‑4.0

Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-09-11
DOI
https://doi.org/10.5281/zenodo.22704228
Primary Topic
Quantum Chromodynamics and Particle Interactions
Type
preprint
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preprint

ZQCM V2.2 Comprehensive Preprint Archive (Rev3, V1.7 execution layer): Zero‑Parameter Derivation of Standard‑Model Parameters from S³ Spectral Geometry and Spin(9) / Coxeter Root‑System Structure

Qian Zhao
Zenodo (CERN European Organization for Nuclear Research)
Quantum Chromodynamics and Particle Interactions
preprint

ZQCM V2.2 Comprehensive Preprint Archive (Rev3, V1.7 execution layer): Zero‑Parameter Derivation of Standard‑Model Parameters from S³ Spectral Geometry and Spin(9) / Coxeter Root‑System Structure

Qian Zhao
preprint en

Abstract

This archive collects the complete V2.2‑Rev3 preprint series of the ZQCM framework, consisting of three main volumes, technical appendix, full‑reproduction resolution report, physical‑assumption audit document, executable reproduction script, and input‑parameter register. ZQCM builds upon three axioms A1‑A3 built from S³ spectral geometry and B‑type Coxeter root‑system structure under Cl(9) ⊃ B₂×D₂ embedding. The framework aims to constrain Standard‑Model low‑energy parameters without manually‑tuned free parameters. It yields a set of theorem‑level algebraic relations for coupling constants, lepton‑quark mass hierarchies, CKM‑PMNS mixing, dark‑matter mass, baryon asymmetry, pulsar‑glitch scaling and other emergent phenomena. All materials include explicit epistemic status labelling for strict theorems 🟢, conditional theorems 🟦, physical hypotheses 🟠, application‑level interfaces 🔵 and permanent metaphysical open boundaries ⚫. Open‑boundary items are systematically audited, with clear falsification criteria for experimental tests. Base numerical values are frozen in Rev‑3 (V1.7 execution‑layer campaign); in‑place update logs are preserved for full research traceability. The Python script reproduce_zqcm.py provides algorithmic reproducibility with 46 passing assertions. This is a research‑archive preprint, not a journal‑refereed publication. It contains mathematical derivations, numerical audits, campaign resolution logs, negative‑result records and methodological self‑audit. Core predictions are subject to future experimental falsification.Archive bundle contents: 1. ZQCM_V2.2_Vol1_Rev3: Volume I — Axioms to Core Constants 2. ZQCM_V2.2_Vol2_Rev3: Volume II — Particle Physics Core 3. ZQCM_V2.2_Vol3_Rev3: Volume III — Cosmology and Emergent Phenomena 4. ZQCM_V2.2_TechApp_Rev3: Technical Appendix — Complete Proofs, Numerical Audits, Reproduction Script Snippets 5. ZQCM_V2.2_Repro_Rev3: Full‑Reproduction Final Report — residual open‑boundary resolution 6. ZQCM_V2.2_Audit_Rev3: Comprehensive Physical‑Assumption Audit Report 7. reproduce_zqcm.py: Executable Python reproduction script (46 assertions) 8. ZQCM_Inputs_Register_Rev2026‑09‑09: Input‑parameter registry document Version tag: V2.2‑FINAL‑Rev3 (V1.7 execution‑layer campaign, archive date 2026‑09‑10). All base‑release numerical values frozen; in‑place‑update audit logs retained for full research traceability. License: CC‑BY‑4.0

Zenodo (CERN European Organization for Nuclear Research)
Quantum Chromodynamics and Particle Interactions
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