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- W3217103552 abstract "The realization and detection of various phase transitions in interacting two-leg bosonic flux ladders are at the frontier of the present theoretical and experimental research in condensed-matter physics. We develop a biased two-leg Bose-Hubbard flux ladder model and first achieve the ground states and phase transition conditions of this system by the mean-field approach and variational analysis. Rich phases are revealed, including two different kinds of plane-wave phase, i.e., plane wave I (characterized with one single energy minimum of the energy band) and plane wave II (characterized with two nondegenerate local energy minima of the energy band), and interestingly the asymmetry vortex phase with the breaking of both ${Z}_{2}$ reflection symmetry and translational symmetry of space, which is characterized by the vortex with imbalanced density distributions on two legs. Moreover, the corresponding quantum phases can also be distinguished by the order parameters and the excitation spectra of the plane-wave phase intuitively. Furthermore, we demonstrate that this biased ladder system also makes it possible to realize a different dynamical asymmetric vortex state, which shows a dynamical supersolidlike property." @default.
- W3217103552 created "2021-12-06" @default.
- W3217103552 creator A5024555478 @default.
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- W3217103552 date "2021-11-23" @default.
- W3217103552 modified "2023-10-17" @default.
- W3217103552 title "Quantum phases of interacting bosons on biased two-leg ladders with magnetic flux" @default.
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- W3217103552 cites W1597232488 @default.
- W3217103552 cites W1739343289 @default.
- W3217103552 cites W1757295334 @default.
- W3217103552 cites W1834231020 @default.
- W3217103552 cites W1895614612 @default.
- W3217103552 cites W1966317607 @default.
- W3217103552 cites W1979430026 @default.
- W3217103552 cites W1982872241 @default.
- W3217103552 cites W1988260270 @default.
- W3217103552 cites W1989563849 @default.
- W3217103552 cites W1989793835 @default.
- W3217103552 cites W1992367916 @default.
- W3217103552 cites W1993585204 @default.
- W3217103552 cites W1996586623 @default.
- W3217103552 cites W2000392104 @default.
- W3217103552 cites W2004174983 @default.
- W3217103552 cites W2014437371 @default.
- W3217103552 cites W2014745665 @default.
- W3217103552 cites W2016710326 @default.
- W3217103552 cites W2023160897 @default.
- W3217103552 cites W2023285495 @default.
- W3217103552 cites W2027841684 @default.
- W3217103552 cites W2033722838 @default.
- W3217103552 cites W2035577930 @default.
- W3217103552 cites W2040503385 @default.
- W3217103552 cites W2048646003 @default.
- W3217103552 cites W2052142676 @default.
- W3217103552 cites W2063045829 @default.
- W3217103552 cites W2064242436 @default.
- W3217103552 cites W2087991105 @default.
- W3217103552 cites W2093784066 @default.
- W3217103552 cites W2094964809 @default.
- W3217103552 cites W2155827643 @default.
- W3217103552 cites W2160498162 @default.
- W3217103552 cites W2211938461 @default.
- W3217103552 cites W2218982105 @default.
- W3217103552 cites W2273672619 @default.
- W3217103552 cites W2286925916 @default.
- W3217103552 cites W2462805630 @default.
- W3217103552 cites W2522542040 @default.
- W3217103552 cites W2524446050 @default.
- W3217103552 cites W2531845481 @default.
- W3217103552 cites W2544051481 @default.
- W3217103552 cites W2561902849 @default.
- W3217103552 cites W2583055298 @default.
- W3217103552 cites W2608505264 @default.
- W3217103552 cites W2613464431 @default.
- W3217103552 cites W2767436534 @default.
- W3217103552 cites W2772158024 @default.
- W3217103552 cites W2893513259 @default.
- W3217103552 cites W2900256798 @default.
- W3217103552 cites W2902338145 @default.
- W3217103552 cites W2912400696 @default.
- W3217103552 cites W2944434431 @default.
- W3217103552 cites W2964134943 @default.
- W3217103552 cites W2969607355 @default.
- W3217103552 cites W2997033125 @default.
- W3217103552 cites W3002663165 @default.
- W3217103552 cites W3013165431 @default.
- W3217103552 cites W3037487455 @default.
- W3217103552 cites W3082251605 @default.
- W3217103552 cites W3084929383 @default.
- W3217103552 cites W3092600003 @default.
- W3217103552 cites W3098379449 @default.
- W3217103552 cites W3099563288 @default.
- W3217103552 cites W3099864934 @default.
- W3217103552 cites W3102461065 @default.
- W3217103552 cites W3105616639 @default.
- W3217103552 cites W3124117035 @default.
- W3217103552 cites W3124162398 @default.
- W3217103552 cites W339087845 @default.
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- W3217103552 doi "https://doi.org/10.1103/physreva.104.053323" @default.
- W3217103552 hasPublicationYear "2021" @default.
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