Odd triplet superconductivity induced by the moving condensate

Abstract

It has been commonly accepted that magnetic field suppresses superconductivity by inducing the ordered motion of Cooper pairs. We demonstrate that magnetic field can instead provide a generation of superconducting correlations by inducing the motion of superconducting condensate. This effect arises in superconductor/ferromagnet heterostructures in the presence of Rashba spin-orbital coupling. We predict the odd-frequency spin-triplet superconducting correlations called the Berezinskii order to be switched on at large distances from the superconductor/ferromagnet interface by the application of a magnetic field. This is shown to result in the unusual behaviour of Josephson effect and local density of states in superconductor/ferromagnet structures.

arXiv comment10 pages, 3 figures, published version

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• Magnon-Cooparons in magnet-superconductor hybrids
• Quasiclassical boundary conditions for spin-orbit coupled interfaces with spin-charge conversion
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• Gate-tunable nonlocal Josephson effect through magnetic van der Waals bilayers
• Odd-frequency pairing due to Majorana and trivial Andreev bound states
• Supercurrent-induced long-range triplet correlations and controllable Josephson effect in superconductor/ferromagnet hybrids with extrinsic SOC
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• Inverse spin galvanic effect in proximitized superconductor/paramagnet systems
• Interfacial control of vortex-limited critical current in type II superconductor films
• Percolative supercurrent in superconductor-ferromagnetic insulator bilayers
• Perspectives on Magnetic/Superconductor Hybrid Systems: Long-range Electromagnetic Phenomena Induced by Proximity Effect and Interfacial Spin-orbit Coupling