Anomalous Hall effect of heavy holes in III-V semiconductor quantum wells |
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Authors: | Wang Zhi-Gang and Zhang Ping |
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Institution: | Institute of Applied Physics and Computational Mathematics, P.O. Box 8009, Beijing 100088, China |
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Abstract: | The anomalous Hall effect of heavy holes in semiconductor quantum
wells is studied in the intrinsic transport regime, where the Berry
curvature governs the Hall current properties. Based on the
first--order perturbation of wave function the expression of the
Hall conductivity the same as that from the semiclassical equation
of motion of the Bloch particles is derived. The dependence of Hall
conductivity on the system parameters is shown. The amplitude of
Hall conductivity is found to be balanced by a competition between
the Zeeman splitting and the spin--orbit splitting. |
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Keywords: | anomalous Hall effect spin-orbit coupling Rashba model |
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