A Rotational coherence interpretation of the existing physical anomalies

Title: Interstratal Dynamics, Dyad Corrections, and the Resolution of Persistent Physical Anomalies Description: This work presents an interpretive and mathematical framework for understanding persistent anomalies in modern physics without introducing new particles or forces. By modeling physical systems as stratified dynamical structures connected through interstratal transition environments (ITE), apparent discrepancies—such as rotational excesses, effective mass shifts, and divergent gravitational expressions—are shown to arise from linear projection artifacts rather than physical inconsistencies. A Dyad Index is introduced as a corrective term for linear formalisms, alongside a native Strata Transformational Mathematics in which these effects emerge naturally. Applications include a qualitative reinterpretation of the muon g-2 anomaly and the resolution of gravitational divergences through bounded layered dynamics.