Electron Magnetic Anomaly as a Change in the Fine Structure Constant

The application of a magnetic field to an electron appears to decrease the fine structure constant, albeit by a negligible amount. There seems to be a correlation between the electron’s rotational speed and the fine structure. A theoretical model can be formulated to account for the fine structure of an electron in the context of a magnetic field. The application of this model to the current electron mass and charge yields new values due to the presence of a magnetic field. Once an additional factor is included to account for minor secondary effects, the newly obtained data will enable the precise determination of the gyromagnetic ratio, magnetic moment, and magnetic moment anomaly, without the need to know the Bohr magneton beforehand.