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The Faraday effect in a semiconductor rectangular quantum wire

We theoretically study the interband Faraday rotation (FR) in a rectangular quantum wire (QWR) with infinite barriers in a transverse magnetic field. The FR is calculated as a function of an incident light energy for different values of magnetic field and wire size. It is shown that on the FR curve, the resonance peaks appear and they split at large magnetic fields. The selection rules are derived. Numerical results are presented for GaAs/AlGaAs rectangular QWR.