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- W3209310902 abstract "Whether the doped t-J model on the Kagome lattice supports exotic superconductivity has not been decisively answered. In this Letter, we propose a new class of variational states for this model and perform a large-scale variational Monte Carlo simulation on it. The proposed variational states are parameterized by the SU(2)-gauge rotation angles, as the SU(2)-gauge structure hidden in the Gutzwiller-projected mean-field Ansatz for the undoped model is broken upon doping. These variational doped states smoothly connect to the previously studied U(1) π-flux or 0-flux states, and energy minimization among them yields a chiral noncentrosymmetric nematic superconducting state with 2×2-enlarged unit cell. Moreover, this pair density wave state possesses a finite Fermi surface for the Bogoliubov quasiparticles. We further study experimentally relevant properties of this intriguing pairing state." @default.
- W3209310902 created "2021-11-08" @default.
- W3209310902 creator A5008810579 @default.
- W3209310902 creator A5051233637 @default.
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- W3209310902 date "2021-10-26" @default.
- W3209310902 modified "2023-10-15" @default.
- W3209310902 title "Possible Superconductivity with a Bogoliubov Fermi Surface in a Lightly Doped Kagome U(1) Spin Liquid" @default.
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- W3209310902 cites W1634408080 @default.
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- W3209310902 cites W1920957234 @default.
- W3209310902 cites W1964766898 @default.
- W3209310902 cites W1965840651 @default.
- W3209310902 cites W1973663126 @default.
- W3209310902 cites W1976175889 @default.
- W3209310902 cites W1982572830 @default.
- W3209310902 cites W1987784448 @default.
- W3209310902 cites W1998207392 @default.
- W3209310902 cites W2007695974 @default.
- W3209310902 cites W2010417939 @default.
- W3209310902 cites W2010469581 @default.
- W3209310902 cites W2012396461 @default.
- W3209310902 cites W2012876826 @default.
- W3209310902 cites W2013681083 @default.
- W3209310902 cites W2014923454 @default.
- W3209310902 cites W2021804550 @default.
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- W3209310902 cites W2029100014 @default.
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- W3209310902 cites W2057666228 @default.
- W3209310902 cites W2059102470 @default.
- W3209310902 cites W2065817721 @default.
- W3209310902 cites W2066357805 @default.
- W3209310902 cites W2067187311 @default.
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- W3209310902 cites W2093499753 @default.
- W3209310902 cites W2101226999 @default.
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- W3209310902 cites W2278604182 @default.
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- W3209310902 cites W2294548151 @default.
- W3209310902 cites W2337354119 @default.
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- W3209310902 doi "https://doi.org/10.1103/physrevlett.127.187003" @default.
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