Dirac Particle in Crossed Electric and Magnetic Field
DOI:
https://doi.org/10.12723/mjs.66.7Keywords:
Bound States, Crossed Electric and Magnetic Fields, Landau Levels, Dirac Equation, Landau GaugeAbstract
Electromagnetic forces play a critical role in shaping the trajectories of charged particles, affecting their movement
across scales ranging from subatomic dimensions to distances smaller than astronomical ones. This study focuses
on the behaviour of a charged spin-half particle exposed to a perpendicular electric and magnetic field. We analyze the associated eigenfunctions and eigenvalues using the Landau gauge. The non-relativistic and classical limits align with the standard results.
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B.A. Kagali and T Shivalingaswamy. Quantum states of a relativistic charged particle in crossed electric and magnetic fields. Mapana-Journal of Sciences, 20(3):43–48, 2021.
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