BPS Dyon in a Weak Electromagnetic Field: Equations of Motion and Radiation Fields
Dongsu Bak, Choonkyu Lee
TL;DR
This paper investigates the motion and radiation of a BPS dyon in a weak electromagnetic field, deriving the Lorentz force law and radiation fields through perturbative analysis of non-linear equations.
Contribution
It provides the first derivation of the full Lorentz force law and radiation fields for a BPS dyon in a weak electromagnetic background.
Findings
Derived the Lorentz force law for a BPS dyon.
Calculated the radiation fields emitted during motion.
Established the perturbative framework for analyzing dyons in external fields.
Abstract
Dynamics of a BPS dyon in a weak, constant, electromagnetic field is studied through a perturbative analysis of appropriate non-linear field equations. The full Lorentz force law for a BPS dyon is established. Also derived are the radiation fields accompanying the motion.
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