Abstract

Topological Dipole Field Theory was proposed as an extension of the Standard model of particle physics. The transition amplitude per time for a propagation of a gauge boson can be computed from this theory. This research paper shows a numerical implementation of Topological Dipole Field Theory for a simple photon propagation. For simplicity the numerical simulation is applied to a monochromatic gamma ray such that it can be executed in one space and one time direction. Effects of Topological Dipole Field Theory like the high probability for fluctuations of energy and momentum are taken into account.