Dynamics Underlying the Gaussian Distribution of the Classical Harmonic Oscillator in Zero-Point Radiation

Figure 13

Schematic illustration of a vacuum field based mechanism for electron double-slit diffraction. Several authors have proposed different SED mechanisms that explain the electron double-slit diffraction. The central idea is that the vacuum field in one slit is affected by the presence of the other slit. As the vacuum field perturbs the electron’s motion, an electron passing through only one slit can demonstrate a dynamical behavior that reflects the presence of both slits. Such a mechanism may reconcile the superposition principle with the concept of particle trajectory.