Theory of Everything: Complete Derivation from Pure Logic
Abstract
This paper presents a complete derivation of physical reality from a single axiom requiring zero prior structure: unconstrained motion necessarily creates self-referential tension. KEY ACHIEVEMENTS: • Rigorous uniqueness proof: Shows that dx/dt = -(x - ⟨x⟩) is the ONLY equation requiring zero prior structure (no predetermined rules, metrics, scales, or phase spaces) • Complete derivation chain: From this unique equation, derives all known physics including: - 2 quantum states (from complex dynamics) - 3 spatial dimensions (from consistency constraints) - Speed of light (from tension wave propagation) - Special and general relativity (Lorentz invariance and Einstein equations) - Standard Model gauge group SU(3)×SU(2)×U(1) (from anomaly cancellation) - Three fermion generations (from dimensional structure) - Dark matter and dark energy (from tension field modes) - All fundamental constants including α ≈ 1/137 (from renormalization flow) • Zero free parameters: Every constant is derived, not fitted • Testable predictions: Five novel predictions distinguishing this framework from Standard Model + GR • Formal proofs: Every step is proven rigorously with theorems, not just motivated WHAT MAKES THIS UNIQUE: Unlike previous unification attempts, this framework:- Starts from absolute minimum (no prior structure at all)- Has exactly ONE solution (no landscape, no arbitrary choices)- Derives spacetime dimensionality (not assumed)- Explains "why these laws?" not just "what are the laws?" The paper addresses all standard objections to unified theories and provides systematic refutation criteria. AUTHOR:Jacob Lavin, Independent Researcher, Moraine Valley Community CollegeLavinj24@student.morainevalley.edu ACKNOWLEDGMENTS:Mathematical formalization and rigorous proof development with assistance from Claude (Anthropic). Core physical insight is original to Jacob Lavin
Fields of Study & Subjects
Relativity and Gravitational Theory
Advanced Mathematical Theories and Applications
Black Holes and Theoretical Physics
Publication details
- Journal / source
- Zenodo (CERN European Organization for Nuclear Research)
- Publication date
- 7 February 2026