Anomalous Electric Moment Research Articles

The Z0-Boson Contribution to the Anomalous Moments of an Electron in a Plane-Wave Electromagnetic Field

This paper considers the Z0-boson contribution to the mass of an electron moving in a plane-wave field. The dependence of the Z0-boson contribution to the anomalous magnetic moment (AMM) and anomalous electric moment (AEM) of the electron on the parameters of the external field is investigated in terms of the conventional Weinberg–Salam–Glashow model.

Electromagnetic properties of massive neutrinos in a polarized electromagnetic wave

Radiative corrections are studied to the mass of a Dirac neutrino moving in an electromagnetic field of the flat-wave type (crossed fields + wave). In the framework of the Weinberg-Salam-Glashow standard model, the dependence of the neutrino anomalous magnetic moment on the external field parameters is studied. The possibility of the induction of an anomalous electric moment by the electromagnetic wave is noted.

Bremsstrahlung of a neutral fermi particle in the field of a plane electromagnetic wave

The bremsstrahlung is considered from a neutral Fermi particle with anomalous magnetic and electric moments in the field of a screened Coulomb center and in the presence of a plane electromagnetic wave. The effect of the wave polarization on the scattering cross section and the behavior of the particle spin during the scattering process are considered. Cross sections are given for scattering of a particle at a Coulomb center in the presence of constant, crossed electric and magnetic fields which are equal in magnitude and also for a free particle. It is shown that the effect of the anomalous electric moment is often decisive.

Induced radiation of neutral Fermi particles, having anomalous magnetic and electric moments, in the field of a plane electromagnetic wave

This study considers induced radiation of neutral Fermi particles having anomalous moments in the field of a plane wave. An exact solution of the generalized Dirac equation is found. The solution obtained is employed to study the effect of a particle's anomalous electric moment on the induced radiation.