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The linear dc magnetoconductivity in the (x, y) plane of a parabolic quantum well, with a magnetic field ~ B = B~ez applied, is evaluated for electron optical phonon interaction. For nonpolar optical and polar optical phonons, the magneto-conductivity oscillates as a function of the magnetic field with resonances occurring when Pωc = ω0, where ωc and ω0 are cyclotron frequency and optical phonon frequency, respectively, and where P is an integer. The analytic results are numerically evaluated to show explicitly the dependence of magneto-conductivity on the magnetic field, the confinement frequency in z direction, and the temperature of the system.

Magnetophonon Resonance in Quantum Wells with Parabolic Potential