Manifestations of spin-orbit coupling in a cuprate superconductor
ORAL
Abstract
Exciting new work on Bi2212 shows the presence of non-trivial spin-orbit coupling effects as seen in spin resolved ARPES data [Gotlieb et al., Science, 362, 1271-1275 (2018)].
Motivated by these observations we consider how the picture of spin-orbit coupling through local inversion symmetry breaking might be observed in cuprate superconductors.
Furthermore, we examine two spin-orbit driven effects, the spin-Hall effect and the Edelstein effect, focusing on the details of their realizations within both the normal and superconducting states.
Motivated by these observations we consider how the picture of spin-orbit coupling through local inversion symmetry breaking might be observed in cuprate superconductors.
Furthermore, we examine two spin-orbit driven effects, the spin-Hall effect and the Edelstein effect, focusing on the details of their realizations within both the normal and superconducting states.
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Presenters
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Zachary Raines
UMD, Joint Quantum Institute, Physics, Yale University
Authors
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Zachary Raines
UMD, Joint Quantum Institute, Physics, Yale University
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Andrew A Allocca
T.C.M. Group, Cavendish Laboratory, University of Cambridge
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Victor Galitski
UMD, Joint Quantum Institute, Joint Quantum Institute and Department of Physics, University of Maryland, University of Maryland, College Park