Maxwell-type Theory for Non-uniformly Moving Electric Charge
Hui Peng · viXra · 2018
In this article, we propose a mathematic approach to study the effects of accelerating charges. We postulate and demonstrate mathematically that the acceleration of electric charges generate new N and M fields. The N and M field equations are supplement to Maxwell equations, and have the similar forms as that of Maxwell equations. The effect of the N and M fields is to vary the Lorentz force with time, and have the similar forms as that of Lorentz force. The N and M fields propagate as waves. The N and M fields due to accelerating charges exist mathematically. We suggest that those new fields are worth to be systematically studied experimentally. The study of those new fields might open a new window.