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• W2287019927 abstract "A hydrodynamic theory of transport in quantum mechanically phase-disordered superconductors is possible when supercurrent relaxation can be treated as a slow process. We obtain general results for the frequency-dependent conductivity of such a regime. With time-reversal invariance, the conductivity is characterized by a Drude-like peak, with width given by the supercurrent relaxation rate. Using the memory matrix formalism, we obtain a formula for this width (and hence also the dc resistivity) when the supercurrent is relaxed by short range Coulomb interactions. This leads to a new -- effective field theoretic and fully quantum -- derivation of a classic result on flux flow resistance. With strong breaking of time-reversal invariance, the optical conductivity exhibits what we call a `hydrodynamic supercyclotron' resonance. We obtain the frequency and decay rate of this resonance for the case of supercurrent relaxation due to an emergent Chern-Simons gauge field. The supercurrent decay rate in this `topologically ordered superfluid vortex liquid' is determined by the conductivities of the normal component of the liquid. Our work gives a controlled framework for low temperature metallic phases arising from phase-disordered superconductivity." @default.
• W2287019927 created "2016-06-24" @default.
• W2287019927 creator A5013303700 @default.
• W2287019927 creator A5048857873 @default.
• W2287019927 creator A5066173916 @default.
• W2287019927 creator A5089019137 @default.
• W2287019927 date "2016-08-03" @default.
• W2287019927 modified "2023-10-16" @default.
• W2287019927 title "Hydrodynamic theory of quantum fluctuating superconductivity" @default.
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• W2287019927 cites W1500129483 @default.
• W2287019927 cites W1609422894 @default.
• W2287019927 cites W1819639984 @default.
• W2287019927 cites W1930998623 @default.
• W2287019927 cites W1964712915 @default.
• W2287019927 cites W1966138251 @default.
• W2287019927 cites W1969021399 @default.
• W2287019927 cites W1970239331 @default.
• W2287019927 cites W1973500523 @default.
• W2287019927 cites W1976036167 @default.
• W2287019927 cites W1976328745 @default.
• W2287019927 cites W1977349535 @default.
• W2287019927 cites W1980514318 @default.
• W2287019927 cites W1983741041 @default.
• W2287019927 cites W1987227909 @default.
• W2287019927 cites W1996372973 @default.
• W2287019927 cites W1996739010 @default.
• W2287019927 cites W1998339390 @default.
• W2287019927 cites W1998673918 @default.
• W2287019927 cites W2004341424 @default.
• W2287019927 cites W2008917945 @default.
• W2287019927 cites W2009863462 @default.
• W2287019927 cites W2011666906 @default.
• W2287019927 cites W2012337899 @default.
• W2287019927 cites W2014572030 @default.
• W2287019927 cites W2017474666 @default.
• W2287019927 cites W2021458272 @default.
• W2287019927 cites W2021616299 @default.
• W2287019927 cites W2023666554 @default.
• W2287019927 cites W2027793186 @default.
• W2287019927 cites W2027888086 @default.
• W2287019927 cites W2031585901 @default.
• W2287019927 cites W2032465814 @default.
• W2287019927 cites W2035698540 @default.
• W2287019927 cites W2041239240 @default.
• W2287019927 cites W2042823539 @default.
• W2287019927 cites W2044589656 @default.
• W2287019927 cites W2045760100 @default.
• W2287019927 cites W2055396927 @default.
• W2287019927 cites W2056322404 @default.
• W2287019927 cites W2058819002 @default.
• W2287019927 cites W2060302681 @default.
• W2287019927 cites W2060452254 @default.
• W2287019927 cites W2067936007 @default.
• W2287019927 cites W2072374590 @default.
• W2287019927 cites W2072938522 @default.
• W2287019927 cites W2073727233 @default.
• W2287019927 cites W2076331302 @default.
• W2287019927 cites W2082698366 @default.
• W2287019927 cites W2082936430 @default.
• W2287019927 cites W2086994944 @default.
• W2287019927 cites W2088153808 @default.
• W2287019927 cites W2090252995 @default.
• W2287019927 cites W2092219186 @default.
• W2287019927 cites W2095331986 @default.
• W2287019927 cites W2109998902 @default.
• W2287019927 cites W2116870969 @default.
• W2287019927 cites W2127240410 @default.
• W2287019927 cites W2138600869 @default.
• W2287019927 cites W2141600086 @default.
• W2287019927 cites W2167602718 @default.
• W2287019927 cites W2190323415 @default.
• W2287019927 cites W2194498137 @default.
• W2287019927 cites W2204674631 @default.
• W2287019927 cites W2241080994 @default.
• W2287019927 cites W2334924717 @default.
• W2287019927 cites W2363042387 @default.
• W2287019927 cites W2963484403 @default.
• W2287019927 cites W2992726982 @default.
• W2287019927 cites W3099816488 @default.
• W2287019927 cites W3102579786 @default.
• W2287019927 cites W3104259726 @default.
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• W2287019927 doi "https://doi.org/10.1103/physrevb.94.054502" @default.
• W2287019927 hasPublicationYear "2016" @default.
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