Electrostatic Interaction in Stochastic Electrodynamics

Gravitational Interaction Mediated by Classical Zero Point Field

“…This paper proposes a model in which the gravitational interaction is mediated by CZPF radiation background. According to the model developed in the papers [1,21] the electrostatic interaction between two charged particles, modelled as two-dimensional oscillators, is obtained as an effect of scattering the CZPF background.…”

“…Because the notion of scattering cross section [2,21,10] is used in the calculations, the intensity of the scattered radiation background is mediated in time and does not depend on the oscillation phases of the two oscillators. For this reason, the model does not allow the explanation that there are two types of electric charge.…”

“…At the microscopic level, the charged elementary particle is characterized by both a scattering cross section and an absorption cross section [10]. If the particle is at rest, the averaged electromagnetic scattering cross section [21] is proportional to the square of the electrostatic radius, i.e., the Thomson cross section [10,1].…”

“…In the charged particle model in Stochastic Electrodynamics [1,21], the particle at rest is an oscillator that scatters the CZPF background and the scattering cross section depends on the angular frequency of the scattered wave and the natural angular frequency of the oscillator. If the oscillators are also characterized by the absorption of a fraction of the energy of the CZPF background, then between the two oscillators there is both a scattering force and a scattering-absorption force.…”

“…If the oscillators are also characterized by the absorption of a fraction of the energy of the CZPF background, then between the two oscillators there is both a scattering force and a scattering-absorption force. We identify the scattering-scattering force as the electrostatic force [1,21] we will prove that the scattering-absorption force is the gravitational force.…”