The significance of the Schott energy for the conservation of energy of a radiating charge

TL;DR

This paper clarifies the role of Schott energy in conserving energy for a radiating charge during runaway motion and free fall, highlighting its importance in different physical scenarios.

Contribution

It demonstrates the crucial role of Schott energy in energy conservation for radiating charges, providing new insights into classical electrodynamics and gravitational interactions.

Findings

Energy is conserved during runaway motion of a radiating charge.

Schott energy plays a decisive role in energy conservation.

Proton and neutron fall with same acceleration despite radiation differences.

Abstract

It is demonstrated that energy is conserved during runaway motion of a radiating charge, and during free fall of a charge in a field of gravity. The decisive role of the Schott energy in this connection is made clear. Also it is pointed out that a proton and a neutron fall with the same acceleration in a uniform gravitational field although the proton radiates and the neutron does not.