Lepton flavor universality anomalies Geometric Unification of B-Decay Anomalies via the Tilted-Cube Model – Part 6

Current particle physics views lepton flavor universality anomalies (including branching ratios and angular distributions ) as complex and fragmented deviations from the Standard Model in transitions. This study presents an alternative, purely geometric perspective based on the structure of the truncated cube and wave propagation in a spatial lattice. We show that and are not independent problems, but rather two different manifestations of the same geometric event: a state where two particles occupy frontal positions exposed to a direct wave impact, while the third generation remains geometrically shielded in a rear position. This model naturally and without the need to introduce artificial fitting parameters explains the observed anomalies as an inevitable consequence of spatial asymmetry.