A Topological Atomic Model for Masses and Constants

We present a deterministic topological model in which particle properties – such as mass, charge, spin, and fundamental constants – arise from the curvature and phase lag of two intersecting fields and the velocity ratio c'/c = 0.931 (with c being the speed of light).

The model accurately predicts the masses and magnetic moments of the proton, neutron, electron, neutrino, and W and Z bosons, and describes the role of antimatter and dark matter in the structure and dynamics of nucleons. Photonic and dark photonic fields are also quantified.

The electron g-2 anomaly is reproduced up to the fifth QED loop, providing a geometric clarification of its origin.