A Reflection on the Electron Part II: The Dynamic Analysis

As a supplement to our previous work, this paper reconstructs the electron’s dynamics as a spatiotemporal topological soliton. We derive the Dirac equation and Zitterbewegung effect from the coupling of massless chiral states and demonstrate that quantum measurement—specifically wave function collapse—is a deterministic nonlinear bifurcation in phase space. This framework establishes quantum mechanics as a macroscopic linear emergence of an underlying, deterministic nonlinear dynamical system.