Muon g-2 Anomalies and Magnetic Field Attenuation: A Theoretical Approach

This updated version introduces a refined coherence factor epsilon = 1.0693, derived from energy overlap analysis. By incorporating phase coherence and spin-alignment effects, the model quantitatively reproduces the observed muon g−2 anomaly. No new particles are required, and all results are derived from established physical principles, emphasizing the role of spatial energy density and quantum coherence in effective field coupling.