Testing Abelian dyon - fermion Bound System
Jian-zu Zhang
TL;DR
This paper analyzes the properties of Abelian dyon-fermion bound systems, exploring their energy spectra, parity violation, and electric dipole moments to propose new methods for detecting dyons.
Contribution
It introduces a novel approach to searching for dyons by examining their bound states and related physical effects compared to hydrogen-like atoms.
Findings
Identification of unique energy spectra features
Analysis of parity-violating effects in dyon-fermion systems
Potential methods for dyon detection based on bound state characteristics
Abstract
Characteristics of Abelian dyon - fermion bound system, parity - violating effects, a new series of energy spectra, effects related to the non - vanishing electric dipole moment, feature of spin orientation etc, are analyzed and compared with hydrogen - like atom. These analyses explore possibility of a new approach of searching for dyons under bound condition.
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