Revision of the Electron Radius Formula: Derivation of the Macro-Rotational Radius Based on World Quantum Theory

In standard physics, the classical electron radius is derived from classical electromagnetic assumptions—it posits that the electron's mass arises entirely from the electrostatic energy of its charge and that the electron is in a state of rest (v=0). Within the framework of World Quantum Theory (WQT), this paper rigorously derives the electron's radius formula at its ontological projection layer from the electron's macro-rotational wavelength λe: where is the Lorentz factor and v is the electron's macro-rotational velocity. This revised formula reveals three key differences from the standard physics formula: 1. It includes the Lorentz factor γ, reflecting the dynamic effect of the electron's macro-rotational state; 2. It contains an additional factor of 2, originating from the precise geometric relationship between the macro-rotational wavelength and the radius; 3. It does not rely on the unverified assumption that "mass originates from electrostatic energy." The paper further argues that the fundamental reason standard physics lacks the γ factor is its erroneous assumption that the electron's wave speed is c.