Vacuum current induced by an axial-vector condensate and electron anomalous magnetic moment in a magnetic field

In this paper, we consider vacuum polarization effects in the model of charged fermions with anomalous magnetic moment and axial-vector interaction term in a constant and uniform magnetic field. Nontrivial corrections to the effective Lagrangian from the anomalous moment and axial-vector term are ca...

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Published in:Physical review. D 2017-07, Vol.96 (1), Article 016011
Main Authors: Bubnov, A. F., Gubina, N. V., Zhukovsky, V. Ch
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Language:English
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Fermions
Magnetic effects
Magnetic fields
Magnetic moments
Magnetism
Mathematical models
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description In this paper, we consider vacuum polarization effects in the model of charged fermions with anomalous magnetic moment and axial-vector interaction term in a constant and uniform magnetic field. Nontrivial corrections to the effective Lagrangian from the anomalous moment and axial-vector term are calculated with account for various configurations of parameters of the model. An analogue of the chiral magnetic effect in the axial-vector background as well as a vacuum current induced under the combined action of the anomalous magnetic moment of fermions and the axial vector background in a magnetic field is also calculated.
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source American Physical Society:Jisc Collections:APS Read and Publish 2023-2025 (reading list)
subjects Fermions
Magnetic effects
Magnetic fields
Magnetic moments
Magnetism
Mathematical models
title Vacuum current induced by an axial-vector condensate and electron anomalous magnetic moment in a magnetic field
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