The Chiral Anomaly Is Not an Anomaly: Reinterpreting Quantum Symmetries through Subquantum Oscillatory Physics (NMSI)

Abstract: This paper proposes a novel reinterpretation of the chiral anomaly from the perspective of New Subquantum Informational Mechanics (NMSI), a foundational model based on the concept of oscillatory phase–antiphase logic cores within a subquantum informational substrate. We show that anomalous current divergences observed in QFT are not the result of symmetry violations, but resonance instabilities in deep logical coherence systems. The model provides a unified ontological framework in which particles, interactions, and spacetime itself emerge from coherent oscillatory dynamics, offering new insights into quantum anomalies, gauge symmetry, and the unification of physical laws.