The Rarita-Schwinger Particles Under de Influence of Strong Magnetic Fields
M. G. de Paoli, D. P. Menezes, L. B. Castro, C. C. Barros Jr
TL;DR
This paper investigates the behavior of Rarita-Schwinger particles under strong magnetic fields, revealing unique Landau level occupation patterns due to electromagnetic interactions.
Contribution
It provides new solutions to the Rarita-Schwinger equation with electromagnetic coupling, showing how these particles differ from spin 1/2 systems in magnetic fields.
Findings
Landau level occupation differs from spin 1/2 particles
Dirac-type solutions obtained for Rarita-Schwinger particles
Electromagnetic interactions significantly influence particle behavior
Abstract
In this work, we calculate the solutions of the Rarita-Schwinger equation with the inclusion of the eletromagnetic interaction. Our gauge and coupling prescription choices lead to Dirac-type solutions. One of the consequences of our results are the Landau level occupation of particles, quite different from the usual spin 1/2 particle system occupation numbers.
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