QFD-Universe

Quantum Field Dynamics - Parameter-Free Physics Framework

Base URL: https://raw.githubusercontent.com/tracyphasespace/QFD-Universe/main/

Documentation

• README.md - Project overview
• THEORY.md - Physics framework
• LLM_CONTEXT.md - AI assistant guide
• CL33_METHODOLOGY.md - Cl(3,3) methodology

Zero-Dependency Proof

• qfd_proof.py - Complete derivation (just Python math module)

Core Lean4 Proofs

Complete indexes (all 241 proofs):

• raw_index.md - Plain text with all URLs (best for AI tools)
• lean_proofs.html - HTML with clickable links

• GoldenLoop.lean - Master equation 1/α = 2π²(e^β/β) + 1
• Postulates.lean - All 11 axioms

Lepton Proofs (formalization/QFD/Lepton/)

• GeometricG2.lean - g-2 anomaly derivation
• RVacDerivation.lean - R_vac = 1/√5 derivation
• KoideRelation.lean - Koide mass formula Q=2/3
• MassSpectrum.lean - Lepton mass eigenvalues
• GeometricSignFlip.lean - Why muon g-2 flips sign

Gravity Proofs (formalization/QFD/Gravity/)

• ResidualStrain.lean - G as residual strain
• G_Derivation.lean - Newton's G derivation
• PerihelionShift.lean - Mercury perihelion
• SnellLensing.lean - Light bending
• TimeRefraction.lean - Gravitational time dilation
• GeodesicEquivalence.lean - Geodesic motion

Nuclear Proofs (formalization/QFD/Nuclear/)

• ProtonBridge_Geometry.lean - k_geom = 4π²/9 (proton mass)
• ProtonBridge_Derivation.lean - m_p derivation
• BindingMassScale.lean - Nuclear binding
• VacuumStiffness.lean - β from vacuum

Cosmology Proofs (formalization/QFD/Cosmology/)

• AxisExtraction.lean - CMB axis of evil
• VolumeBalance.lean - Speed of light c
• HubbleScale.lean - Hubble constant

Thermodynamics Proofs (formalization/QFD/Thermodynamics/)

• BoltzmannEntropy.lean - Boltzmann k_B

Topology Proofs (formalization/QFD/Topology/)

• IntegerBridge.lean - 5/7 Diophantine bridge

Validation Scripts (analysis/scripts/)

• run_all_validations.py - Master test suite
• validate_g2_corrected.py - g-2 validation
• validate_g2_noncircular.py - Non-circular g-2 (atom-recoil α)
• validate_conservation_law.py - Nuclear decay validation

Machine-Readable Indexes

Parser-friendly (one item per line, no headers):

• urls_plain.txt - Pure URLs only, one per line
• files_pretty.json - Indented JSON (3370 lines)

Full indexes (with headers/comments):

• llms.txt - Full file index (377 files)
• files.json - Minified JSON

Key Equations

Golden Loop: 1/α = 2π² × (e^β/β) + 1
Solving: β = 3.043233053

Proton mass: m_p = (4π²/9) × β × (m_e/α) = 935 MeV (0.37% error)

Nuclear stability: Z_stable(A) = c₁×A^(2/3) + c₂×A
Where: c₁ = ½(1-α) = 0.496, c₂ = 1/β = 0.328

GitHub Repository