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In semiconductors with inversion asymmetry, spin-orbit coupling gives rise tothe well-known Dresselhaus and Rashba effects. If one considers quantum wellswith two or more conduction subbands, an additional, intersubband-inducedspin-orbit term appears whose strength is comparable to the Rashba coupling,and which remains finite for symmetric structures. We show that the conductionband spin splitting due to this intersubband spin-orbit coupling term isnegligible for typical III-V quantum wells.

Intersubband spin-orbit coupling and spin splitting in symmetric quantum wells