Gravitational Rutherford scattering of electrically charged particles from a charged Weyl black hole

TL;DR

This paper investigates how electrically charged particles are deflected by a charged Weyl black hole, extending previous studies to include charged particle dynamics and detailed scattering trajectories.

Contribution

It introduces the analysis of gravitational Rutherford scattering of charged particles by a charged Weyl black hole, providing new insights into their exterior dynamics.

Findings

Charged particles exhibit Rutherford-like scattering behavior.

Detailed angular and radial motion analyses are provided.

The study extends understanding of charged particle interactions with Weyl black holes.

Abstract

Considering electrically charged test particles, we continue our study of the exterior dynamics of a charged Weyl black hole which has been previously investigated regarding the motion of mass-less and (neutral) massive particles. In this paper, the deflecting trajectories of charged particles are designated as being gravitationally Rutherford-scattered and detailed discussions of angular and radial particle motions are presented.