In thin SN bilayers, nonideal interfaces with finite resistance enhance the orbital superconducting diode effect nonmonotonically compared to ideal interfaces.
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cond-mat.supr-con 2years
2026 2representative citing papers
Theoretical extension of KF theory using Gor'kov diagrams predicts that parallel magnetic field suppresses London penetration depth and enhances perpendicular upper critical field in dirty films with magnetic impurities
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Superconducting orbital diode effect in SN bilayers
In thin SN bilayers, nonideal interfaces with finite resistance enhance the orbital superconducting diode effect nonmonotonically compared to ideal interfaces.
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Enhancement of superconductivity by polarization of magnetic impurities in disordered films
Theoretical extension of KF theory using Gor'kov diagrams predicts that parallel magnetic field suppresses London penetration depth and enhances perpendicular upper critical field in dirty films with magnetic impurities