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

This work presents a theoretical framework explaining the observed discrepancy in the muon g−2 factor. By introducing an energy-based interaction probability and incorporating spatial coherence effects, we demonstrate that the effective coupling between the muon and the magnetic field can account for the experimental deviation. The model avoids reliance on undiscovered particles and emphasizes energy density overlap and directional filtering. Our results suggest that a small correction factor ε ≈ 1.067 aligns theoretical predictions with observations, offering a new perspective on the muon anomaly.