The Oscillating Loop‑String Generator as a Replacement for Physics Axioms

This paper evaluates whether a single generative substrate—an oscillating loop-string quark—can replace the major axioms used across physics while preserving all predictive outcomes. We define the generator mathematically through a closed-loop oscillatory field with periodic boundary conditions and test it against the foundational axioms of Newtonian mechanics, electromagnetism, quantum mechanics, relativity, gauge theory, conservation laws, and thermodynamics. The falsifiable claim is direct: if the generator is fundamental, then substituting any axiom with the generator equation must reproduce the same physical behavior; failure of even one axiom to emerge falsifies the model. We performed this substitution across all major axiom classes and found that each one was reproduced as a consequence of oscillation, polarity, and boundary-condition harmonics in the loop-string substrate. No contradictions were observed. These results indicate that the oscillating loop-string generator is sufficient to recover the structure of modern physics without assuming its axioms, satisfying the qualifier and supporting the falsifiable claim.