Matches in SemOpenAlex for { <https://semopenalex.org/work/W2915674781> ?p ?o ?g. }
- W2915674781 abstract "Surfaces of $d$-wave superconductors may host a substantial density of zero-energy Andreev states. The zero-energy flat band appears due to a topological constraint, but comes with a cost in free energy. We have recently found that an adjustment of the surface states can drive a phase transition into a phase with finite superflow that breaks time-reversal symmetry and translational symmetry along the surface. The associated Doppler shifts of Andreev states to finite energies lower the free energy. Direct experimental verification of such a phase is still technically difficult and controversial, however. To aid further experimental efforts, we use the quasiclassical theory of superconductivity to investigate how the realization and the observability of such a phase are influenced by sample geometry and surface ruggedness. Phase diagrams are produced for relevant geometric parameters. In particular, critical sizes and shapes are identified, providing quantitative guidelines for sample fabrication in the experimental hunt for symmetry-breaking phases." @default.
- W2915674781 created "2019-03-02" @default.
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- W2915674781 date "2019-05-22" @default.
- W2915674781 modified "2023-09-30" @default.
- W2915674781 title "Spontaneous symmetry breaking at surfaces of <mml:math xmlns:mml=http://www.w3.org/1998/Math/MathML><mml:mi>d</mml:mi></mml:math> -wave superconductors: Influence of geometry and surface ruggedness" @default.
- W2915674781 cites W1204886820 @default.
- W2915674781 cites W1563093865 @default.
- W2915674781 cites W1568778908 @default.
- W2915674781 cites W1570866723 @default.
- W2915674781 cites W1617922626 @default.
- W2915674781 cites W1625459137 @default.
- W2915674781 cites W1900766815 @default.
- W2915674781 cites W1905169091 @default.
- W2915674781 cites W1930534200 @default.
- W2915674781 cites W1964556435 @default.
- W2915674781 cites W1967810420 @default.
- W2915674781 cites W1975110168 @default.
- W2915674781 cites W1976574722 @default.
- W2915674781 cites W1977398027 @default.
- W2915674781 cites W1979143342 @default.
- W2915674781 cites W1981852069 @default.
- W2915674781 cites W1982049021 @default.
- W2915674781 cites W1984518889 @default.
- W2915674781 cites W1988541183 @default.
- W2915674781 cites W1990330810 @default.
- W2915674781 cites W1997828410 @default.
- W2915674781 cites W2008815782 @default.
- W2915674781 cites W2009464223 @default.
- W2915674781 cites W2010456037 @default.
- W2915674781 cites W2011970097 @default.
- W2915674781 cites W2012212494 @default.
- W2915674781 cites W2013140407 @default.
- W2915674781 cites W2016903933 @default.
- W2915674781 cites W2021664509 @default.
- W2915674781 cites W2022203363 @default.
- W2915674781 cites W2022988390 @default.
- W2915674781 cites W2024570095 @default.
- W2915674781 cites W2025686762 @default.
- W2915674781 cites W2029641729 @default.
- W2915674781 cites W2038491014 @default.
- W2915674781 cites W2045769736 @default.
- W2915674781 cites W2054469499 @default.
- W2915674781 cites W2055143860 @default.
- W2915674781 cites W2056422055 @default.
- W2915674781 cites W2074918043 @default.
- W2915674781 cites W2077340341 @default.
- W2915674781 cites W2077491027 @default.
- W2915674781 cites W2082134216 @default.
- W2915674781 cites W2083296289 @default.
- W2915674781 cites W2084052444 @default.
- W2915674781 cites W2086904441 @default.
- W2915674781 cites W2087312418 @default.
- W2915674781 cites W2087890138 @default.
- W2915674781 cites W2091022212 @default.
- W2915674781 cites W2092335948 @default.
- W2915674781 cites W2105117740 @default.
- W2915674781 cites W2133001049 @default.
- W2915674781 cites W2159372240 @default.
- W2915674781 cites W2160494906 @default.
- W2915674781 cites W2163740250 @default.
- W2915674781 cites W2168313064 @default.
- W2915674781 cites W2168535972 @default.
- W2915674781 cites W2179188646 @default.
- W2915674781 cites W2290163007 @default.
- W2915674781 cites W2412085466 @default.
- W2915674781 cites W2469132524 @default.
- W2915674781 cites W2510216940 @default.
- W2915674781 cites W2517249525 @default.
- W2915674781 cites W2532361917 @default.
- W2915674781 cites W2669914462 @default.
- W2915674781 cites W2765642576 @default.
- W2915674781 cites W2765678894 @default.
- W2915674781 cites W2775296250 @default.
- W2915674781 cites W2803714440 @default.
- W2915674781 cites W2804936485 @default.
- W2915674781 cites W2806804046 @default.
- W2915674781 cites W2883481891 @default.
- W2915674781 cites W2962945820 @default.
- W2915674781 cites W3102530771 @default.
- W2915674781 cites W3105274762 @default.
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- W2915674781 doi "https://doi.org/10.1103/physrevb.99.184511" @default.
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