Matches in SemOpenAlex for { <https://semopenalex.org/work/W3113048589> ?p ?o ?g. }
- W3113048589 abstract "We theoretically investigate domain wall motion in an antiferromagnetic insulator layer caused by thermally generated spin currents in an adjacent spin-split superconductor layer. An uncompensated antiferromagnet interface enables the two crucial ingredients underlying the mechanism - spin splitting in the superconductor and absorption of spin currents by the antiferromagnet. Treating the superconductor using the quasiclassical theory and the antiferromagnet via Landau-Lifshitz-Gilbert description, we find domain wall propagation along the thermal gradient with relatively large velocities $sim 100$ m/s. Our proposal exploits the giant thermal response of spin-split superconductors in achieving large spin torques towards driving domain wall and other spin textures in antiferromagnets." @default.
- W3113048589 created "2020-12-21" @default.
- W3113048589 creator A5052981534 @default.
- W3113048589 creator A5056627089 @default.
- W3113048589 creator A5063383419 @default.
- W3113048589 creator A5064409401 @default.
- W3113048589 date "2021-03-11" @default.
- W3113048589 modified "2023-10-18" @default.
- W3113048589 title "Thermally induced spin torque and domain-wall motion in superconductor/antiferromagnetic-insulator bilayers" @default.
- W3113048589 cites W1546902986 @default.
- W3113048589 cites W1964797818 @default.
- W3113048589 cites W1966913447 @default.
- W3113048589 cites W1970824447 @default.
- W3113048589 cites W1981387760 @default.
- W3113048589 cites W1982697754 @default.
- W3113048589 cites W1983533841 @default.
- W3113048589 cites W1983772636 @default.
- W3113048589 cites W1983795495 @default.
- W3113048589 cites W1985630631 @default.
- W3113048589 cites W1991892353 @default.
- W3113048589 cites W1994275918 @default.
- W3113048589 cites W1999892827 @default.
- W3113048589 cites W2011859928 @default.
- W3113048589 cites W2012143981 @default.
- W3113048589 cites W2041838433 @default.
- W3113048589 cites W2043765148 @default.
- W3113048589 cites W2044740261 @default.
- W3113048589 cites W2052942025 @default.
- W3113048589 cites W2062814518 @default.
- W3113048589 cites W2068292548 @default.
- W3113048589 cites W2068660392 @default.
- W3113048589 cites W2071065831 @default.
- W3113048589 cites W2072271603 @default.
- W3113048589 cites W2077340341 @default.
- W3113048589 cites W2084052444 @default.
- W3113048589 cites W2084373907 @default.
- W3113048589 cites W2089835008 @default.
- W3113048589 cites W2093942696 @default.
- W3113048589 cites W2120006197 @default.
- W3113048589 cites W2150854687 @default.
- W3113048589 cites W2152357766 @default.
- W3113048589 cites W2159294105 @default.
- W3113048589 cites W2161867621 @default.
- W3113048589 cites W2167709229 @default.
- W3113048589 cites W2252560544 @default.
- W3113048589 cites W2320231615 @default.
- W3113048589 cites W2322218167 @default.
- W3113048589 cites W2341461814 @default.
- W3113048589 cites W2465001862 @default.
- W3113048589 cites W2508057962 @default.
- W3113048589 cites W2515910608 @default.
- W3113048589 cites W2608905897 @default.
- W3113048589 cites W2703724543 @default.
- W3113048589 cites W2725352414 @default.
- W3113048589 cites W2756570000 @default.
- W3113048589 cites W2770382068 @default.
- W3113048589 cites W2781976738 @default.
- W3113048589 cites W2790585029 @default.
- W3113048589 cites W2810845680 @default.
- W3113048589 cites W2885910165 @default.
- W3113048589 cites W2906435575 @default.
- W3113048589 cites W2922442589 @default.
- W3113048589 cites W2956036032 @default.
- W3113048589 cites W2966575176 @default.
- W3113048589 cites W2980856127 @default.
- W3113048589 cites W2991058282 @default.
- W3113048589 cites W3011602966 @default.
- W3113048589 cites W3037912681 @default.
- W3113048589 cites W3037962468 @default.
- W3113048589 cites W3038018551 @default.
- W3113048589 cites W3092357411 @default.
- W3113048589 cites W3096779442 @default.
- W3113048589 cites W3099568299 @default.
- W3113048589 cites W3099783467 @default.
- W3113048589 cites W3105783070 @default.
- W3113048589 cites W3106051765 @default.
- W3113048589 cites W3120167340 @default.
- W3113048589 doi "https://doi.org/10.1103/physrevb.103.094506" @default.
- W3113048589 hasPublicationYear "2021" @default.
- W3113048589 type Work @default.
- W3113048589 sameAs 3113048589 @default.
- W3113048589 citedByCount "4" @default.
- W3113048589 countsByYear W31130485892022 @default.
- W3113048589 countsByYear W31130485892023 @default.
- W3113048589 crossrefType "journal-article" @default.
- W3113048589 hasAuthorship W3113048589A5052981534 @default.
- W3113048589 hasAuthorship W3113048589A5056627089 @default.
- W3113048589 hasAuthorship W3113048589A5063383419 @default.
- W3113048589 hasAuthorship W3113048589A5064409401 @default.
- W3113048589 hasBestOaLocation W31130485892 @default.
- W3113048589 hasConcept C115260700 @default.
- W3113048589 hasConcept C121332964 @default.
- W3113048589 hasConcept C155355069 @default.
- W3113048589 hasConcept C181686392 @default.
- W3113048589 hasConcept C192562407 @default.
- W3113048589 hasConcept C212702 @default.
- W3113048589 hasConcept C26873012 @default.
- W3113048589 hasConcept C32546565 @default.
- W3113048589 hasConcept C42704618 @default.
- W3113048589 hasConcept C49040817 @default.