Oscillatory dependence of the interference photomagnetoelectric effect and photoconductivity on magnetic field

The possible existence of oscillatory dependences of interference PME and PC effects on strong but still non‐quantizing magnetic fields is presented. Such dependences are evoked by the influence of magnetic field on the real part of the complex refractive index of a semiconductor. In special cases the periodicity of these oscillations varies as reciprocal of magnetic field. Due to these oscillations the PME effect can change its polarity with increasing magnetic field. Even for normal incidence of radiation upon isotropic semiconductor the PME and PC effects can be dependent on polarization of radiation.