Matches in SemOpenAlex for { <https://semopenalex.org/work/W3145020039> ?p ?o ?g. }
- W3145020039 abstract "We analyze, analytically and numerically, a periodically driven Rashba nanowire proximity coupled to an $s$-wave superconductor using bosonization and renormalization group analysis in the regime of strong electron-electron interactions. Due to the repulsive interactions, the superconducting gap is suppressed, whereas the Floquet Zeeman gap is enhanced, resulting in a higher effective value of $g$-factor compared to the non-interacting case. The flow equations for different coupling constants, velocities, and Luttinger-liquid parameters explicitly establish that even for small initial values of the Floquet Zeeman gap compared to the superconducting proximity gap, the interactions drive the system into the topological phase and the interband interaction term helps to achieve larger regions of the topological phase in parameter space." @default.
- W3145020039 created "2021-04-13" @default.
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- W3145020039 date "2020-03-11" @default.
- W3145020039 modified "2023-10-16" @default.
- W3145020039 title "Interaction-driven Floquet engineering of topological superconductivity in Rashba nanowires" @default.
- W3145020039 cites W1492049419 @default.
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- W3145020039 cites W1716811706 @default.
- W3145020039 cites W1770800816 @default.
- W3145020039 cites W1772104798 @default.
- W3145020039 cites W1791667550 @default.
- W3145020039 cites W1950412959 @default.
- W3145020039 cites W1963728593 @default.
- W3145020039 cites W1965321740 @default.
- W3145020039 cites W1966879286 @default.
- W3145020039 cites W1970367174 @default.
- W3145020039 cites W1973972788 @default.
- W3145020039 cites W1980009352 @default.
- W3145020039 cites W1991741527 @default.
- W3145020039 cites W2000951423 @default.
- W3145020039 cites W2004871937 @default.
- W3145020039 cites W2010878960 @default.
- W3145020039 cites W2015172951 @default.
- W3145020039 cites W2020332193 @default.
- W3145020039 cites W2020885842 @default.
- W3145020039 cites W2030120092 @default.
- W3145020039 cites W2048987950 @default.
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- W3145020039 cites W2056830045 @default.
- W3145020039 cites W2062067496 @default.
- W3145020039 cites W2067650803 @default.
- W3145020039 cites W2068196600 @default.
- W3145020039 cites W2070248991 @default.
- W3145020039 cites W2073112179 @default.
- W3145020039 cites W2076307512 @default.
- W3145020039 cites W2077962869 @default.
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- W3145020039 cites W2115109350 @default.
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- W3145020039 cites W2469757275 @default.
- W3145020039 cites W2482009712 @default.
- W3145020039 cites W2517915099 @default.
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- W3145020039 doi "https://doi.org/10.1103/physrevresearch.2.013292" @default.
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