Theory of Everything from Zero Prior Structure: A First-Principles Derivation of Physics

This work presents a first-principles derivation of physical law from a single minimal axiom: that unconstrained motion exists without prior structure. From this assumption, the framework derives the unique dynamical equation consistent with zero prior constraints and develops its consequences through quantum mechanics, spacetime structure, gauge theory, gravitation, cosmology, and fundamental constants. The paper includes explicit proofs of uniqueness at each derivational step, demonstrates the emergence of the Standard Model gauge group and general relativity, and provides five testable predictions that distinguish the framework from established theories. Open questions and current limitations are discussed to clarify which results are structural and which depend on downstream calculations. The goal is to provide a logically closed candidate framework for fundamental physics while identifying clear avenues for falsification.