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Signatures of spin-preserving symmetries in two-dimensional hole gases

We investigate ramifications of the persistent spin helix symmetry in two-dimensional hole gases in the conductance of disordered mesoscopic systems. To this end we extend previous models by going beyond the axial approximation for III-V semiconductors. For heavy-hole subbands we identify an exact spin-preserving symmetry analogous to the electronic case by analyzing the crossover from weak antilocalization to weak localization and spin transmission as a function of extrinsic spin-orbit interaction strength.

preprint2014arXivOpen access
Tobias DollingerMichael KammermeierAndreas ScholzPaul WenkR. WinklerJohn SchliemannKlaus Richter
cond-mat.mes-hallcond-mat.dis-nn
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Open access7 authors2 topics
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Tobias DollingerMichael KammermeierAndreas ScholzPaul WenkR. WinklerJohn SchliemannKlaus Richter

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