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- W2883680603 abstract "We employ the mean-field approach in the fermionic picture of the spin-$frac{1}{2}$ $XXZ$ chain to investigate the dynamics of bipartite quantum discord and concurrence under sudden quenching. In this case, when quenching is performed in the anisotropy from an initial value to the critical point, the quantum correlations show periodic cusps in time. Moreover, the first suppression (cusp) in quantum correlations can be explained in terms of the semiclassical picture of quasiparticle propagation. On the other hand, quenching to, as well as away from, the criticality point shows that the long time pairwise quantum discord gets enhanced from its initial state. Finally, we show that, in the gapped region, a quench in the transverse field displays survival of the next-nearest-neighbor quantum discord. Our results provide a further insight into the dynamical behavior of quantum correlations and their connections to quantum criticality." @default.
- W2883680603 created "2018-08-03" @default.
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- W2883680603 date "2018-11-26" @default.
- W2883680603 modified "2023-10-11" @default.
- W2883680603 title "Dynamical quantum correlations after sudden quenches" @default.
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- W2883680603 cites W1845335649 @default.
- W2883680603 cites W1922629554 @default.
- W2883680603 cites W1967201981 @default.
- W2883680603 cites W1971086513 @default.
- W2883680603 cites W1975613222 @default.
- W2883680603 cites W1976228105 @default.
- W2883680603 cites W1978115132 @default.
- W2883680603 cites W1978553093 @default.
- W2883680603 cites W1979559641 @default.
- W2883680603 cites W1985763576 @default.
- W2883680603 cites W1986014965 @default.
- W2883680603 cites W1987315149 @default.
- W2883680603 cites W1995672555 @default.
- W2883680603 cites W1999322843 @default.
- W2883680603 cites W2000467687 @default.
- W2883680603 cites W2002598418 @default.
- W2883680603 cites W2006183010 @default.
- W2883680603 cites W2011208902 @default.
- W2883680603 cites W2011510463 @default.
- W2883680603 cites W2018098207 @default.
- W2883680603 cites W2020725861 @default.
- W2883680603 cites W2027559605 @default.
- W2883680603 cites W2028834663 @default.
- W2883680603 cites W2030780331 @default.
- W2883680603 cites W2033729910 @default.
- W2883680603 cites W2034911677 @default.
- W2883680603 cites W2035993353 @default.
- W2883680603 cites W2040689906 @default.
- W2883680603 cites W2042921257 @default.
- W2883680603 cites W2045702468 @default.
- W2883680603 cites W2051618454 @default.
- W2883680603 cites W2051738653 @default.
- W2883680603 cites W2052160090 @default.
- W2883680603 cites W2052486040 @default.
- W2883680603 cites W2055754097 @default.
- W2883680603 cites W2057883617 @default.
- W2883680603 cites W2060353975 @default.
- W2883680603 cites W2068671282 @default.
- W2883680603 cites W2069265263 @default.
- W2883680603 cites W2069446385 @default.
- W2883680603 cites W2073781628 @default.
- W2883680603 cites W2078514379 @default.
- W2883680603 cites W2082014836 @default.
- W2883680603 cites W2082816355 @default.
- W2883680603 cites W2083926584 @default.
- W2883680603 cites W2086457212 @default.
- W2883680603 cites W2096870234 @default.
- W2883680603 cites W2130117852 @default.
- W2883680603 cites W2150657057 @default.
- W2883680603 cites W2171823766 @default.
- W2883680603 cites W2255733700 @default.
- W2883680603 cites W2508025853 @default.
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- W2883680603 cites W2746329217 @default.
- W2883680603 cites W2756660775 @default.
- W2883680603 cites W2757497522 @default.
- W2883680603 cites W2767101596 @default.
- W2883680603 cites W2963173924 @default.
- W2883680603 cites W3021151832 @default.
- W2883680603 cites W3037737784 @default.
- W2883680603 cites W3098150233 @default.
- W2883680603 cites W3098673523 @default.
- W2883680603 cites W3098792592 @default.
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- W2883680603 cites W3105626246 @default.
- W2883680603 cites W3124759453 @default.
- W2883680603 cites W3216958049 @default.
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- W2883680603 doi "https://doi.org/10.1103/physreva.98.052338" @default.
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