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• W2796349873 abstract "We investigate a spin-$1/2$ two-leg honeycomb ladder with frustrating next-nearest-neighbor (NNN) coupling along the legs, which is equivalent to two $J_1$-$J_2$ spin chains coupled with $J_perp$ at odd rungs. The full parameter region of the model is systematically studied using conventional and infinite density-matrix renormalization group as well as bosonization. The rich phase diagram consists of five distinct phases: A Haldane phase, a NNN-Haldane phase and a staggered dimer phase when $J_{perp} < 0$; a rung singlet phase and a columnar dimer phase when $J_{perp} > 0$. An interesting reentrant behavior from the dimerized phase into the Haldane phase is found as the frustration $J_2$ increases. The universalities of the critical phase transitions are fully analyzed. Phase transitions between dimerized and disordered phases belong to the two-dimensional Ising class with central charge $c=1/2$. The transition from the Haldane phase to NNN-Haldane phase is of a weak topological first order, while the continuous transition between the Haldane phase and rung singlet phase has central charge $c=2$." @default.
• W2796349873 created "2018-04-13" @default.
• W2796349873 creator A5000187396 @default.
• W2796349873 creator A5001018065 @default.
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• W2796349873 creator A5049401694 @default.
• W2796349873 creator A5071001963 @default.
• W2796349873 creator A5076591687 @default.
• W2796349873 date "2018-06-27" @default.
• W2796349873 modified "2023-10-16" @default.
• W2796349873 title "Ground-state phase diagram of the frustrated spin- 12 two-leg honeycomb ladder" @default.
• W2796349873 cites W1544853179 @default.
• W2796349873 cites W1561352860 @default.
• W2796349873 cites W1576765155 @default.
• W2796349873 cites W1629009863 @default.
• W2796349873 cites W1668161563 @default.
• W2796349873 cites W1671053170 @default.
• W2796349873 cites W1971646491 @default.
• W2796349873 cites W1971674081 @default.
• W2796349873 cites W1971853102 @default.
• W2796349873 cites W1972344830 @default.
• W2796349873 cites W1973556252 @default.
• W2796349873 cites W1976395670 @default.
• W2796349873 cites W1980543267 @default.
• W2796349873 cites W1985686243 @default.
• W2796349873 cites W1988860383 @default.
• W2796349873 cites W1989937656 @default.
• W2796349873 cites W1990885492 @default.
• W2796349873 cites W1994250622 @default.
• W2796349873 cites W1996933801 @default.
• W2796349873 cites W1997104117 @default.
• W2796349873 cites W1999454420 @default.
• W2796349873 cites W2002598418 @default.
• W2796349873 cites W2007057779 @default.
• W2796349873 cites W2008017776 @default.
• W2796349873 cites W2008822316 @default.
• W2796349873 cites W2016407890 @default.
• W2796349873 cites W2019366014 @default.
• W2796349873 cites W2021044075 @default.
• W2796349873 cites W2027599401 @default.
• W2796349873 cites W2027639122 @default.
• W2796349873 cites W2030548648 @default.
• W2796349873 cites W2032680192 @default.
• W2796349873 cites W2037768897 @default.
• W2796349873 cites W2040650807 @default.
• W2796349873 cites W2041067562 @default.
• W2796349873 cites W2047587532 @default.
• W2796349873 cites W2050617678 @default.
• W2796349873 cites W2050852384 @default.
• W2796349873 cites W2050873563 @default.
• W2796349873 cites W2051684182 @default.
• W2796349873 cites W2051927072 @default.
• W2796349873 cites W2054032496 @default.
• W2796349873 cites W2054408622 @default.
• W2796349873 cites W2055519393 @default.
• W2796349873 cites W2055891591 @default.
• W2796349873 cites W2056106224 @default.
• W2796349873 cites W2056308086 @default.
• W2796349873 cites W2060507364 @default.
• W2796349873 cites W2063192576 @default.
• W2796349873 cites W2063305886 @default.
• W2796349873 cites W2065834355 @default.
• W2796349873 cites W2069182458 @default.
• W2796349873 cites W2069685506 @default.
• W2796349873 cites W2073035059 @default.
• W2796349873 cites W2078247058 @default.
• W2796349873 cites W2078352050 @default.
• W2796349873 cites W2080596506 @default.
• W2796349873 cites W2082257352 @default.
• W2796349873 cites W2085566096 @default.
• W2796349873 cites W2087194124 @default.
• W2796349873 cites W2097941684 @default.
• W2796349873 cites W2113166233 @default.
• W2796349873 cites W2148196448 @default.
• W2796349873 cites W2154815292 @default.
• W2796349873 cites W2164685311 @default.
• W2796349873 cites W2230547431 @default.
• W2796349873 cites W2235577561 @default.
• W2796349873 cites W2271921877 @default.
• W2796349873 cites W2273933124 @default.
• W2796349873 cites W2293553972 @default.
• W2796349873 cites W2316207580 @default.
• W2796349873 cites W2345430444 @default.
• W2796349873 cites W2465044974 @default.
• W2796349873 cites W2517246710 @default.
• W2796349873 cites W2559486461 @default.
• W2796349873 cites W2663632217 @default.
• W2796349873 cites W2711773136 @default.
• W2796349873 cites W2746443169 @default.
• W2796349873 cites W3098827488 @default.
• W2796349873 cites W3100684461 @default.
• W2796349873 cites W3102329029 @default.
• W2796349873 cites W3105448229 @default.
• W2796349873 cites W3174658623 @default.
• W2796349873 cites W4206688401 @default.
• W2796349873 cites W4235284319 @default.
• W2796349873 cites W934263990 @default.
• W2796349873 cites W1544188555 @default.
• W2796349873 doi "https://doi.org/10.1103/physrevb.97.214433" @default.
• W2796349873 hasPublicationYear "2018" @default.

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