Structural Field Theory _SFT
SFT_Document_0_Abstract_and_Orientation_UPDATED_with_10to14.pdf
Orientation and Structure of the SFT Corpus (Click on - Doc ? - to access the document).
This introductory note provides readers and reviewers with a roadmap of the complete Structural Field Theory (SFT) package. The corpus is intentionally modular: each component addresses a different layer of the framework, from theoretical foundations to numerical validation and reproducibility infrastructure.
- Core Foundations (Doc 1–- Doc 2): Glossary and discrete structural model, defining notation, calibration policy (α-in), and the basic lattice dynamics.
- Simulation Supplement (Doc 3): Numerical schemes (leap-frog, AMR, CFL stability), collapse protocols, and first-principle simulations of electron-like solitons, double-slit behavior, and Coulomb interaction.
- Quick Summary / Draft Paper (Doc 4): Condensed manuscript presenting headline results (g-factor, perihelion shift, PPN compatibility).
- Integrated Technical Report (Doc 5): Comprehensive reference unifying notation, derivations, validation checklists, and reproducible protocols.
- Validation Appendices (Doc 6 -- Doc 7 -- Doc 7.1): Synthetic convergence tests (EOC), radial hydrogen/tritium solvers, and Venus perihelion overlays, Double - slit.
- Limitations and Validation Plan (Doc 8): Scope discipline + preregistered acceptance bands and reviewer checklist, with explicit (C)/(P) labeling to prevent claim inflation; includes External Break Test #01 (field rescaling) as a Doc9/Doc10.1-style anti-post-hoc audit protocol.
- Reviewer Argument (Doc 9): A concise statement addressing common objections (α tuning, discretization, scope).
- Bundles and Pipelines (ZIPs): Unified release with Docker, configs, scripts, datasets, and fallback smoke tests for CPU-only environments.
- Spin Packages: Independent validation of spin-½ signatures via FR phase and rigid-rotor spectra.
- Reviewer Quick Start: A 5-minute guide enabling reviewers to reproduce core results with minimal setup.
- SFT Clarifications Note (Doc 9.1): This short note collects concise clarification blocks that address recurring points of confusion in early reviews. Each block is tagged (CL-xx), is interpretation-agnostic, and aims to prevent avoidable disputes about terminology.
- Toward an Emergent SU(3) Structural Sector. Prospective note / future-work hypothesis (Doc 9.2): This document is an exploratory, non-claim extension note proposing a concrete future-work route toward an emergent SU(3)-like internal sector. It sketches how a triplet internal mode basis Ψ ∈ ℂ3 might arise as an effective extraction from structural degeneracy/resonance of the underlying medium (not as new fundamental degrees of freedom), and how a coarse-grained response functional Γμ a could serve as an effective structural connection (bookkeeping of internal reorganizations rather than a gauge field added by fiat). The note also states example falsifiable targets—e.g., a mesh- stable bound spectrum and a confinement-like “tensional closure” invariant under fixed preregistered gates—and should be cited only as prospective future work, not as part of the validated SFT release.
Extended (Docs 10–14)
10 — Appendix A-OUT (v0.3): Alpha-Out (non-circular)
1. Purpose: Estimate α without using α in calibration. CPU‑friendly pipeline: c (dispersion, small‑k) → ħ* (rotor) → {q*, ε*} (Coulomb) → α with uncertainty.
2. Inputs → Outputs: dispersion.csv, rotor_energy.json, coulomb_profile.csv → ALPHA_OUT.json (value, u95, tier) + HBAR_FROM_ROTOR.json, Q_EPS_SOLUTION.json.
3. Tiers/Gates: Tier‑1 (1%), Tier‑2 (100 ppm), Tier‑3 (1e‑5–1e‑6). Saves small‑k indices, robust fit method, and full provenance (commit, versions, hashes).
4. Status: Reviewer‑ready (appendix‑only; not part of the core RC).
5. ZIP runner: alpha_out_runner_pack.zip (README, MANIFEST, verify.py, checksums).
10.1 — Appendix: Alpha-Elasticity CI Suite (Synthetic Verification Protocol)
6. Purpose: Verification-first CI protocol for an alpha-like estimator under synthetic inputs. Validates auditability (hashes/manifests), preregistered gates (gate_id + DECISION_RULE.json), anti-leakage discipline, and explicit null/adversarial failure modes. Includes a compact “toy visualization” companion to demonstrate the PASS/FAIL workflow and artifact contract.
7. Outputs: ALPHA_ELASTICITY_REPORT.json (GLOBAL_PASS + provenance), DECISION_RULE.json (hashed), MANIFEST_SHA256 / checksums, optional plots (e.g., sensitivity_sweep).
8. Status: CI / Synthetic (appendix-only). Not a physical validation of α; complements Doc 10 (Alpha-Out) by enforcing preregistered-gate discipline and audit semantics for alpha-like pipelines.
11 — One-Pager: Designed Matter via Tensional Compatibility (SFT)
9. Purpose: One‑page landing for reviewers/collaborators/sponsors: thesis, what you get, how to verify (ZIP + JSON + PASS/FAIL).
10. Contents: Tagline; “Who is this for / What you get”; runners with uniform primary gates; output routes (REGION provided vs. synthesized from SCAN + thresholds); mini‑JSON examples with schema_version; roadmap with clear “done” criteria.
11. Relations: Links to runner packs, the master validation table, and Appendix A‑OUT for anti‑circularity.
12. Status: Ready to share.
13. Purpose: Plain‑language narrative of the SFT stance (compatibility of the medium), aligned with the RC: preserves SM predictions, reframes mechanism.
14. Reviewer hooks: Adds falsifiability pointers (dispersion O((ak)^2), sub‑mm Yukawa, null optics, existence scans) and directs to runner packs for PASS/FAIL evidence.
15. Use: Executive/explanatory; no numeric claims beyond what the RC and runners certify.
13 — atomX: Step-by-Step Recipe (PASS-ready, amended v1)
16. Purpose: Worked example of an existence runner with reproducible thresholds and non‑circular verdicts (natural vs maintained).
17. Gates: split_thr=0.19 meV, compat_thr=0.02, r2_thr=0.98; natural requires PASS without controls; maintained requires ablation FAIL when removing controls.
18.Artifacts: EXISTENCE_REPORT_atomX.json, EXISTENCE_REGION_atomX.json, synthetic_atom_scan.csv, checksums_SHA256.txt (schema‑validated JSON; NaN/Inf→null).
19. ZIP runner: includes verify_atomX.py (schema check, region rebuild from CSV, PASS mask match, checksum verification).
20. Purpose: Consolidated code/standards manual for reviewers: JSON policy (schema_version, sanitize), MANIFEST policy (checksums with self‑hash), helpers (json_sanitize, thresholds.propagate_thresholds, verdicts.compute_verdict, lifetime.tau_with_ci, units.provenance_scale_setting), and runners v1.0.3 (leptons, quarkonia, CKM, strong nulls, jitter, LOO).
21. Includes Firedrake/UFL external bridge [CI/exploratory]: a reference executable mini-pack implementing selected scalar-field equations, benchmarks, and exploratory diagnostics in a non-native PDE/FEM environment. Its purpose is not to reproduce the full SFT corpus externally, but to provide an auditable bridge for inspecting parts of the framework outside the native SFT runner ecosystem.
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