Matches in SemOpenAlex for { <https://semopenalex.org/work/W4384154098> ?p ?o ?g. }
- W4384154098 abstract "The macroscopic coherence in superconductors supports dissipationless supercurrents that could play a central role in emerging quantum technologies. Accomplishing unequal supercurrents in the forward and backward directions would enable unprecedented functionalities. This nonreciprocity of critical supercurrents is called the superconducting (SC) diode effect. We demonstrate the strong SC diode effect in conventional SC thin films, such as niobium and vanadium, employing external magnetic fields as small as 1 Oe. Interfacing the SC layer with a ferromagnetic semiconductor EuS, we further accomplish the nonvolatile SC diode effect reaching a giant efficiency of 65%. By careful control experiments and theoretical modeling, we demonstrate that the critical supercurrent nonreciprocity in SC thin films could be easily accomplished with asymmetrical vortex edge and surface barriers and the universal Meissner screening current governing the critical currents. Our engineering of the SC diode effect in simple systems opens the door for novel technologies while revealing the ubiquity of the Meissner screening effect induced SC diode effect in superconducting films, and it should be eliminated with great care in the search for exotic superconducting states harboring finite-momentum Cooper pairing." @default.
- W4384154098 created "2023-07-14" @default.
- W4384154098 creator A5001038852 @default.
- W4384154098 creator A5003519444 @default.
- W4384154098 creator A5007188902 @default.
- W4384154098 creator A5011352096 @default.
- W4384154098 creator A5014197394 @default.
- W4384154098 creator A5018071021 @default.
- W4384154098 creator A5031758343 @default.
- W4384154098 creator A5047444771 @default.
- W4384154098 creator A5049520032 @default.
- W4384154098 creator A5058518849 @default.
- W4384154098 creator A5063383419 @default.
- W4384154098 creator A5072610849 @default.
- W4384154098 creator A5073729141 @default.
- W4384154098 creator A5080088027 @default.
- W4384154098 creator A5086415283 @default.
- W4384154098 creator A5091559749 @default.
- W4384154098 date "2023-07-13" @default.
- W4384154098 modified "2023-10-18" @default.
- W4384154098 title "Ubiquitous Superconducting Diode Effect in Superconductor Thin Films" @default.
- W4384154098 cites W1782730206 @default.
- W4384154098 cites W1838934154 @default.
- W4384154098 cites W1972238270 @default.
- W4384154098 cites W1973500523 @default.
- W4384154098 cites W1981457178 @default.
- W4384154098 cites W1982800057 @default.
- W4384154098 cites W1985192973 @default.
- W4384154098 cites W1990332384 @default.
- W4384154098 cites W1991383545 @default.
- W4384154098 cites W1993042145 @default.
- W4384154098 cites W1993285310 @default.
- W4384154098 cites W2000427041 @default.
- W4384154098 cites W2009743720 @default.
- W4384154098 cites W2011819305 @default.
- W4384154098 cites W2013212876 @default.
- W4384154098 cites W2020517872 @default.
- W4384154098 cites W2024899693 @default.
- W4384154098 cites W2043278837 @default.
- W4384154098 cites W2043365090 @default.
- W4384154098 cites W2060965498 @default.
- W4384154098 cites W2064077602 @default.
- W4384154098 cites W2077907656 @default.
- W4384154098 cites W2083795253 @default.
- W4384154098 cites W2089088356 @default.
- W4384154098 cites W2103394557 @default.
- W4384154098 cites W2103866744 @default.
- W4384154098 cites W2138730985 @default.
- W4384154098 cites W2142531082 @default.
- W4384154098 cites W2166345269 @default.
- W4384154098 cites W2289053227 @default.
- W4384154098 cites W2594525995 @default.
- W4384154098 cites W2804256843 @default.
- W4384154098 cites W2989742665 @default.
- W4384154098 cites W3065296583 @default.
- W4384154098 cites W3093808159 @default.
- W4384154098 cites W3212800858 @default.
- W4384154098 cites W3216130393 @default.
- W4384154098 cites W4205988866 @default.
- W4384154098 cites W4220680492 @default.
- W4384154098 cites W4224019862 @default.
- W4384154098 cites W4225962443 @default.
- W4384154098 cites W4226126826 @default.
- W4384154098 cites W4226144382 @default.
- W4384154098 cites W4229074905 @default.
- W4384154098 cites W4280546412 @default.
- W4384154098 cites W4286750327 @default.
- W4384154098 cites W4291624907 @default.
- W4384154098 cites W4312107082 @default.
- W4384154098 doi "https://doi.org/10.1103/physrevlett.131.027001" @default.
- W4384154098 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37505965" @default.
- W4384154098 hasPublicationYear "2023" @default.
- W4384154098 type Work @default.
- W4384154098 citedByCount "10" @default.
- W4384154098 countsByYear W43841540982023 @default.
- W4384154098 crossrefType "journal-article" @default.
- W4384154098 hasAuthorship W4384154098A5001038852 @default.
- W4384154098 hasAuthorship W4384154098A5003519444 @default.
- W4384154098 hasAuthorship W4384154098A5007188902 @default.
- W4384154098 hasAuthorship W4384154098A5011352096 @default.
- W4384154098 hasAuthorship W4384154098A5014197394 @default.
- W4384154098 hasAuthorship W4384154098A5018071021 @default.
- W4384154098 hasAuthorship W4384154098A5031758343 @default.
- W4384154098 hasAuthorship W4384154098A5047444771 @default.
- W4384154098 hasAuthorship W4384154098A5049520032 @default.
- W4384154098 hasAuthorship W4384154098A5058518849 @default.
- W4384154098 hasAuthorship W4384154098A5063383419 @default.
- W4384154098 hasAuthorship W4384154098A5072610849 @default.
- W4384154098 hasAuthorship W4384154098A5073729141 @default.
- W4384154098 hasAuthorship W4384154098A5080088027 @default.
- W4384154098 hasAuthorship W4384154098A5086415283 @default.
- W4384154098 hasAuthorship W4384154098A5091559749 @default.
- W4384154098 hasBestOaLocation W43841540981 @default.
- W4384154098 hasConcept C10874694 @default.
- W4384154098 hasConcept C12038964 @default.
- W4384154098 hasConcept C121332964 @default.
- W4384154098 hasConcept C14103023 @default.
- W4384154098 hasConcept C192562407 @default.
- W4384154098 hasConcept C26873012 @default.
- W4384154098 hasConcept C49040817 @default.