Abstract
The paper deals with the contributions of a neutral vector boson to the anomalous magnetic and to the electric moments (AMM and AEM, respectively) of a polarized fermion moving in a plane-wave electromagnetic field. The contributions are separated by the states of polarization of the fermion spin which allows an investigation of an important problem of the contributions to the anomalous moments of the fermion that result from the transition of the fermion to an intermediate state with or without spin flip.
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