Advantages of using YBCO-Nanowire-YBCO heterostructures in the search for Majorana Fermions
arXiv:1209.5562 · doi:10.1103/PhysRevB.86.144513
Abstract
We propose an alternative platform to observe Majorana bound states in solid state systems. High critical temperature cuprate superconductors can induce superconductivity, by proximity effect, in quasi one dimensional nanowires with strong spin orbit coupling. They favor a wider and more robust range of conditions to stabilize Majorana fermions due to the large gap values, and offer novel functionalities in the design of the experiments determined by different dispersion for Andreev bound states as a function of the phase difference.
4 Pages, 3 figures, submission date 30-Apr-2012
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Cited by in corpus (17)
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- Fully gapped topological surface states in BiSe films induced by a d-wave high-temperature superconductor
- Majorana bound states and non-local spin correlations in a quantum wire on an unconventional superconductor
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- Topological rf-SQUID with a frustrating pi-junction for probing the Majorana Bound State
- Suspended InAs nanowire Josephson junctions assembled via dielectrophoresis
- Probing Majorana-like states in quantum dots and quantum rings
- The dc Josephson current in a long multi-channel quantum wire
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- Low temperature thermal transport at the interface of a topological insulator and a d-wave superconductor
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- Kitaev ring threaded by a magnetic flux: Topological gap, Anderson localization of quasiparticles, and divergence of supercurrent derivative