Nonlinear Hall effect driven by spin-charge-coupled motive force
arXiv:2501.11234 · doi:10.1103/PhysRevB.111.174416
Abstract
Parity-time-reversal symmetric (-symmetric) magnets have garnered much attention due to their spin-charge coupled dynamics enriched by the parity-symmetry breaking. By real-time simulations, we study how localized spin dynamics can affect the nonlinear Hall effect in -symmetric magnets. To identify the leading-order term, we derive analytical expressions for the second-order optical response and classify the contributions by considering their transformation properties under symmetry. Notably, our results reveal that the sizable contribution is attributed to the mixed dipole effect, which is analogous to the Berry curvature dipole term.
36 pages, 8 figures, 4 tables
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