Magnetic fluctuations above the Curie temperature of ultrathin CoFeB films enhance damping-like spin-orbit torque and suppress field-like torque via mixing of longitudinal and transverse interfacial spin conductances.
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A d-wave altermagnet tight-binding model is shown to undergo an insulator-to-nodal-semimetal transition at ta=J/4, with information-theoretic markers tracking the transition and a proposed spin-filter FET from edge-state hybridization.
citing papers explorer
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Fluctuation-Driven Enhancement of Spin-Orbit Torque near the Curie Temperature of Ultrathin Ferromagnets
Magnetic fluctuations above the Curie temperature of ultrathin CoFeB films enhance damping-like spin-orbit torque and suppress field-like torque via mixing of longitudinal and transverse interfacial spin conductances.
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Real and momentum space analysis of topological phases in 2D d-wave altermagnets
A d-wave altermagnet tight-binding model is shown to undergo an insulator-to-nodal-semimetal transition at ta=J/4, with information-theoretic markers tracking the transition and a proposed spin-filter FET from edge-state hybridization.