New Geometric Matrix of the Electron

ABSTRACT This paper presents a novel geometric matrix of the electron derived within a unified framework of an elastic vacuum network. We demonstrate that the fundamental parameters of the electron, traditionally viewed by conventional academic science as isolated constants, are strictly interconnected through a single underlying structural mechanism. Using a fixed orbital electron speed of 2187000 m/s, we introduce three independent methods to derive the particle's structural parameters (including the exact Bohr radius and mass) and three alternative methods to compute the classical electron radius (2.818 fm). The mathematical consistency of the proposed model is verified through a rigorous system cross-lock, achieving absolute precision down to the last digit on a standard calculator. The results strongly suggest the existence of a unified geometric software governing quantum invariants.