Coherency and Spin

Interference effect and point-charge behavior of the electron are discussed theoretically on the basis of experimental results obtained using electron holography observation of the electromagnetic field and collective motion of electrons. Taking into account the quantum mechanics and the general theory of relativity, the spinning linear wave (SLW) model of the electron is explained. Diffraction and interference effects of the electron simulated using the SLW model are described. Finally, Larmor precession of the spin magnetic moment of the electron is also interpreted in terms of the SLW model.