Abstract
The response of a nonequilibrium two-dimensional electron system with spin-orbit interaction to a stationary measuring electric field has been studied in the case where the system is brought out from the equilibrium by an ac microwave magnetic field. It is shown that at a high (∼107 cm2/V s) electron mobility such a disturbance of the electron system leads to a new type of oscillations of the conductivity of the two-dimensional electron gas.
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