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- W3031218291 abstract "We demonstrate that antiferromagnet-superconductor (AF-S) junctions show qualitatively different transport properties than normal metal-superconductor (N--S) and ferromagnet-superconductor (F-S) junctions. We attribute these transport features to presence of two new scattering processes in AF--S junctions, i.e., specular reflection of holes and retroreflection of electrons. Using the Blonder-Tinkham-Klapwijk formalism, we find that the electrical and thermal conductance depend nontrivially on antiferromagnetic exchange strength. Furthermore, we show that the interplay between the N'eel vector direction and the interfacial Rashba spin-orbit coupling leads to a large anisotropic magnetoresistance. The unusual transport properties make AF--S interfaces unique among the traditional condensed-matter-system-based superconducting junctions." @default.
- W3031218291 created "2020-06-05" @default.
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- W3031218291 date "2020-10-23" @default.
- W3031218291 modified "2023-10-01" @default.
- W3031218291 title "Electrical and thermal transport in antiferromagnet-superconductor junctions" @default.
- W3031218291 cites W1582590434 @default.
- W3031218291 cites W1601897145 @default.
- W3031218291 cites W1702559537 @default.
- W3031218291 cites W1966982684 @default.
- W3031218291 cites W1971087148 @default.
- W3031218291 cites W1979792422 @default.
- W3031218291 cites W1981069218 @default.
- W3031218291 cites W1985331423 @default.
- W3031218291 cites W1986150400 @default.
- W3031218291 cites W1986182734 @default.
- W3031218291 cites W1989116198 @default.
- W3031218291 cites W1994806899 @default.
- W3031218291 cites W1996401640 @default.
- W3031218291 cites W1997481398 @default.
- W3031218291 cites W1998580891 @default.
- W3031218291 cites W2001094839 @default.
- W3031218291 cites W2001576461 @default.
- W3031218291 cites W2010945199 @default.
- W3031218291 cites W2012058178 @default.
- W3031218291 cites W2017821140 @default.
- W3031218291 cites W2020018917 @default.
- W3031218291 cites W2020517872 @default.
- W3031218291 cites W2025676235 @default.
- W3031218291 cites W2027393896 @default.
- W3031218291 cites W2036127946 @default.
- W3031218291 cites W2041497060 @default.
- W3031218291 cites W2042473487 @default.
- W3031218291 cites W2047290430 @default.
- W3031218291 cites W2048643841 @default.
- W3031218291 cites W2048679679 @default.
- W3031218291 cites W2051395347 @default.
- W3031218291 cites W2055424520 @default.
- W3031218291 cites W2057759815 @default.
- W3031218291 cites W2058520757 @default.
- W3031218291 cites W2062127454 @default.
- W3031218291 cites W2064991470 @default.
- W3031218291 cites W2069629211 @default.
- W3031218291 cites W2072526126 @default.
- W3031218291 cites W2073732631 @default.
- W3031218291 cites W2079691757 @default.
- W3031218291 cites W2079945536 @default.
- W3031218291 cites W2080747307 @default.
- W3031218291 cites W2081433351 @default.
- W3031218291 cites W2081628261 @default.
- W3031218291 cites W2082949542 @default.
- W3031218291 cites W2089077570 @default.
- W3031218291 cites W2091134586 @default.
- W3031218291 cites W2120451206 @default.
- W3031218291 cites W2147227982 @default.
- W3031218291 cites W2342743018 @default.
- W3031218291 cites W2408283905 @default.
- W3031218291 cites W2566706182 @default.
- W3031218291 cites W2602978298 @default.
- W3031218291 cites W2623044792 @default.
- W3031218291 cites W2792457029 @default.
- W3031218291 cites W2799691000 @default.
- W3031218291 cites W2799920970 @default.
- W3031218291 cites W2803714440 @default.
- W3031218291 cites W2809960407 @default.
- W3031218291 cites W2915658667 @default.
- W3031218291 cites W2941345654 @default.
- W3031218291 cites W2947832636 @default.
- W3031218291 cites W2962928659 @default.
- W3031218291 cites W2994616144 @default.
- W3031218291 cites W3000293310 @default.
- W3031218291 cites W3001026757 @default.
- W3031218291 cites W3023423957 @default.
- W3031218291 cites W3025686554 @default.
- W3031218291 cites W3033499447 @default.
- W3031218291 cites W3037308856 @default.
- W3031218291 cites W3037962468 @default.
- W3031218291 cites W3038018551 @default.
- W3031218291 cites W3098454558 @default.
- W3031218291 cites W3098531408 @default.
- W3031218291 cites W3099783467 @default.
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- W3031218291 cites W3103884028 @default.
- W3031218291 cites W3104525115 @default.
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- W3031218291 doi "https://doi.org/10.1103/physrevb.102.140504" @default.
- W3031218291 hasPublicationYear "2020" @default.
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