Preliminary LHFT Research Program on Standard-Model Gaps, Candidate Normal Forms, and Open Closure Targets

Status: closed normal forms ≠ candidate structures open ≠ microscopic proof targets Koide, Alpha, and the Charged-Lepton Mass Sector in LHFT Program for Closing Standard-Model Gaps Using LHFT Research Program Module 1: Charged-Lepton Flavor Closure Module 2: Radius and Flavor Phase of the Charged-Lepton Sector Module 3: Structural Origin of the Charged-Lepton Scale and Flavor Phase Module 4: Numerical Scan for Structural Forms of Rℓ and φℓ Module 5: Alpha-Coupled Mass-Scale Constraint and Tau-Readout Residual Module 6: Structural Model for Δτ^(K−αm) Module 7: Candidate Derivation of Ξτ Module 8: Numerical Audit of the Ξτ Expansion Module 9: Structural Origin of the Tau Residual Coefficients Module 10: Reconstructing the Charged-Lepton Mass Vector from Koide, Alpha, and the Tau Residual Module 11: From Charged-Lepton Masses to Yukawa Couplings Module 12: Higgs Scale and Electroweak Vacuum Closure Module 13: Electroweak Mixing Angle and U(1)diag Embedding Module 14: Non-Abelian Gauge-Origin Program — SU(2)L and SU(3)c Module 15: Hypercharge, Electric Charge, and Projection Consistency Module 16: Gauge Anomaly Cancellation as Zero-Defect Projection Consistency Module 17: Three Generations as Flavor-Branch Closure Module 18: CKM and PMNS Mixing as Relative Projection Frames Module 19: Neutrino Sector, PMNS Closure, and Mass Suppression Module 20: QCD, Confinement Scale, and Proton Mass Anchor Module 21: Higgs–QCD–Alpha Scale Triangle Module 22: Strong CP Problem as Projection-Phase Defect Module 23: Standard-Model Parameter Ledger in LHFT Module 24: Publication-Level Closure Map Module 25: Charged-Lepton Normal Form in Yukawa Space Module 26: Alpha-Driven Ansatz for the Charged-Lepton Yukawa Radius Rᵧ Module 27: Numerical Audit of the Alpha-Driven Charged-Lepton Yukawa Radius Module 28: Structural Candidate for the Charged-Lepton Flavor Phase φℓ Module 29: Numerical Audit of the Charged-Lepton Phase Candidate Module 30: Charged-Lepton Yukawa Normal Form Module 31: Proton-Anchor Reading of the Charged-Lepton Yukawa Radius Module 32: Higgs Scale Candidate from Proton Anchor, Alpha, and ρ₅₀ Module 33: Numerical Audit of the Higgs Scale Candidate Module 34: Charged-Lepton Radius Revisited After Higgs-Scale Closure Module 35: Unified Charged-Lepton Closure Formula Module 36: Numerical Full Audit of the Charged-Lepton Closure Formula Module 37: Correcting the Charged-Lepton Phase Lock Module 38: Exact Phase Readout from Charged-Lepton Data Module 39: Corrected Structural Phase Ansatz Module 40: Final Charged-Lepton Phase Candidate Module 41: Final Numerical Audit of the Charged-Lepton Normal Form Module 42: Publication Theorem — Charged-Lepton Normal-Form Reconstruction Module 43: Standard-Model Closure Ledger After Charged-Lepton Normal Form Module 44: Electroweak Scale and Weak-Boson Mass Recovery Module 45: Weak Mixing Angle Candidate from Finite-Sector Recovery Module 46: Numerical Audit of the Weak Mixing Angle Candidate Module 47: Tree-Level Weak-Boson Mass Readout Module 48: Electroweak Running and Pole-Mass Boundary Module 49: Electroweak Closure Status and Next Targets Module 50: Halfway Status — LHFT Standard-Model Closure Program Module 51: Quark-Sector Entry — Why Quarks Are Harder Than Charged Leptons Module 52: Quark Yukawa Geometry and Color-Flavor Separation Module 53: Up-Type Quark Yukawa Normal-Form Search Module 54: Down-Type Quark Yukawa Normal-Form Search Module 55: CKM Matrix as Relative Projection Frame Module 56: Wolfenstein Parameters as Finite-Sector Readouts Module 57: Numerical Audit of the Wolfenstein Finite-Sector Ansatz Module 58: Quark Sector Status After CKM Normal-Form Search Module 59: Neutrino-Sector Entry — Why Neutrinos Require a Separate Closure Module 60: Neutrino Mass Ordering and PMNS Geometry Module 61: PMNS Matrix as Lepton-Sector Relative Projection Frame Module 62: Neutrino Mass-Suppression Mechanisms in LHFT Module 63: Dirac, Majorana, and Projective Seesaw Readings Module 64: Neutrino Closure Ledger and Open Targets Module 65: Higgs Potential Parameters and Vacuum Stability Module 66: Higgs Self-Coupling and Structural Vacuum Curvature Module 67: Higgs Mass Readout and Electroweak Curvature Module 68: Higgs-Sector Status and Open Microscopic Closure Module 69: QCD Entry — Confinement, Proton Mass, and Color Projection Module 70: QCD Scale ΛQCD as Projection Anchor Module 71: Proton Mass as Confinement Recovery Readout Module 72: Strong CP as Projection-Phase Defect Module 73: QCD Sector Status and Proton-Anchor Open Remainder Module 74: Global Coupling Running and Scale Dependence Module 75: Running Couplings as Scale-Dependent Projection Readouts Module 76: Matching Low-Energy Alpha to Electroweak Alpha Module 77: Renormalization Group Reading in LHFT Module 78: Running-Coupling Status Ledger Module 79: Standard-Model Defect Ledger — Full Version Module 80: Publication Roadmap for the LHFT Standard-Model Program Module 81: Charged-Lepton Sector Final Appendix Draft Module 82: Alpha Sector Final Appendix Draft Module 83: Electroweak Sector Appendix Draft Module 84: Quark and CKM Sector Appendix Draft Module 85: Neutrino and PMNS Sector Appendix Draft Module 86: Higgs and QCD Sector Appendix Draft Module 87: Master Conclusion for the Standard-Model Closure Program Module 88: Final Status — What Is Closed, What Is Candidate, What Is Open Module 89: From Program to Formal Paper Architecture Module 90: Formal Paper Outline — LHFT and the Standard-Model Parameter Problem Module 91: Alpha as Projection Impedance — Paper Core Module 92: Charged Leptons as Flavor-Projection Closure — Paper Core Module 93: Electroweak Recovery and Higgs Scale — Paper Core Module 94: Quark and CKM Candidate Normal Forms — Paper Core Module 95: Neutrino, Higgs, and QCD Open Remainders — Paper Core Module 96: Flavor-Sector Status — Charged Leptons, Quark Eigenvalues, and CKM Frame Module 97: Coupling Flavor Normal Forms to Electroweak Mass Recovery Module 98: Master Standard-Model Closure Ledger in LHFT Module 99: Normal-Form Achievements, Empirical Audit Targets, and Microscopic Proof Obligations Module 100: Program Status at the Hundred-Module Boundary Module 101: Proof Program for the 1+7 Schur Alpha Block Module 102: Derivation Target for the 8 = 1+7 Finite Recovery Sector Module 103: Hidden Complement Metric C₇ and Canonical Whitening Module 104: Distinguished Hidden Directions h, s, p and the Three-Term Coupling Vector Module 105: Observer Compression Term ΔKobs = ¾ρ³ Module 106: Conditional Alpha Theorem After Schur and Observer Compression Module 107: Derivation Target for F = 1 ⇒ c_F = 5 ⇒ N* = 50 Module 108: Why the Minimal Projectively Accessible Bright Sector Is F = 1 Module 109: Derivation Target for the Selector Rule c_F = 2F + 3 Module 110: Conditional Selector Theorem for N* = 50 Module 111: Moment-Ratio Mixing Degree ρ₅₀ and the 23/110 Prefactor Module 112: Final Alpha-Proof Status and End of the Current Continuation Block