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• W2223659071 abstract "The symmetry adapted density matrix renormalization group (SDMRG) technique has been an efficient method for studying low-lying eigenstates in one- and quasi-one-dimensional electronic systems. However, the SDMRG method had bottlenecks involving the construction of linearly independent symmetry adapted basis states as the symmetry matrices in the DMRG basis were not sparse. We have developed a modified algorithm to overcome this bottleneck. The new method incorporates end-to-end interchange symmetry $({C}_{2})$, electron-hole symmetry $(J)$, and parity or spin-flip symmetry $(P)$ in these calculations. The one-to-one correspondence between direct-product basis states in the DMRG Hilbert space for these symmetry operations renders the symmetry matrices in the new basis with maximum sparseness, just one nonzero matrix element per row. Using methods similar to those employed in the exact diagonalization technique for Pariser-Parr-Pople (PPP) models, developed in the 1980s, it is possible to construct orthogonal SDMRG basis states while bypassing the slow step of the Gram-Schmidt orthonormalization procedure. The method together with the PPP model which incorporates long-range electronic correlations is employed to study the correlated excited-state spectra of 1,12-benzoperylene and a narrow mixed graphene nanoribbon with a chrysene molecule as the building unit, comprising both zigzag and cove-edge structures." @default.
• W2223659071 created "2016-06-24" @default.
• W2223659071 creator A5000862593 @default.
• W2223659071 creator A5060414940 @default.
• W2223659071 date "2018-05-14" @default.
• W2223659071 modified "2023-09-25" @default.
• W2223659071 title "Symmetrized density matrix renormalization group algorithm for low-lying excited states of conjugated carbon systems: Application to 1,12-benzoperylene and polychrysene" @default.
• W2223659071 cites W1505199008 @default.
• W2223659071 cites W1964872528 @default.
• W2223659071 cites W1972729463 @default.
• W2223659071 cites W1972775538 @default.
• W2223659071 cites W1977491705 @default.
• W2223659071 cites W1979208317 @default.
• W2223659071 cites W1979720427 @default.
• W2223659071 cites W1983208835 @default.
• W2223659071 cites W1983544275 @default.
• W2223659071 cites W1984382591 @default.
• W2223659071 cites W1989360427 @default.
• W2223659071 cites W1990007651 @default.
• W2223659071 cites W1991520735 @default.
• W2223659071 cites W1994839847 @default.
• W2223659071 cites W1996263763 @default.
• W2223659071 cites W1999615394 @default.
• W2223659071 cites W2005896982 @default.
• W2223659071 cites W2006287058 @default.
• W2223659071 cites W2010708668 @default.
• W2223659071 cites W2016407890 @default.
• W2223659071 cites W2017418501 @default.
• W2223659071 cites W2022113665 @default.
• W2223659071 cites W2024891511 @default.
• W2223659071 cites W2025153056 @default.
• W2223659071 cites W2025352478 @default.
• W2223659071 cites W2029802817 @default.
• W2223659071 cites W2030019301 @default.
• W2223659071 cites W2030628997 @default.
• W2223659071 cites W2032347167 @default.
• W2223659071 cites W2033249953 @default.
• W2223659071 cites W2035071805 @default.
• W2223659071 cites W2036860653 @default.
• W2223659071 cites W2037768897 @default.
• W2223659071 cites W2037787261 @default.
• W2223659071 cites W2039756777 @default.
• W2223659071 cites W2039795313 @default.
• W2223659071 cites W2040259698 @default.
• W2223659071 cites W2045283330 @default.
• W2223659071 cites W2046523877 @default.
• W2223659071 cites W2047187990 @default.
• W2223659071 cites W2047215113 @default.
• W2223659071 cites W2049337093 @default.
• W2223659071 cites W2049431510 @default.
• W2223659071 cites W2050491811 @default.
• W2223659071 cites W2052163937 @default.
• W2223659071 cites W2058928372 @default.
• W2223659071 cites W2065468439 @default.
• W2223659071 cites W2069560102 @default.
• W2223659071 cites W2077097083 @default.
• W2223659071 cites W2079822725 @default.
• W2223659071 cites W2082222256 @default.
• W2223659071 cites W2086068437 @default.
• W2223659071 cites W2092446695 @default.
• W2223659071 cites W2092654154 @default.
• W2223659071 cites W2140187051 @default.
• W2223659071 cites W2154815292 @default.
• W2223659071 cites W2157941924 @default.
• W2223659071 cites W2165493778 @default.
• W2223659071 cites W2236451977 @default.
• W2223659071 cites W2317595872 @default.
• W2223659071 cites W2321440455 @default.
• W2223659071 cites W2328588927 @default.
• W2223659071 cites W2587968915 @default.
• W2223659071 cites W2607473138 @default.
• W2223659071 cites W2754446902 @default.
• W2223659071 cites W3100098576 @default.
• W2223659071 cites W3101358882 @default.
• W2223659071 cites W3101835793 @default.
• W2223659071 cites W3102335965 @default.
• W2223659071 cites W3105229478 @default.
• W2223659071 cites W3124850545 @default.
• W2223659071 cites W3170482980 @default.
• W2223659071 cites W4234830654 @default.
• W2223659071 cites W4242004087 @default.
• W2223659071 cites W4242892478 @default.
• W2223659071 cites W4247139292 @default.
• W2223659071 cites W4249401280 @default.
• W2223659071 cites W2039116193 @default.
• W2223659071 doi "https://doi.org/10.1103/physrevb.97.195125" @default.
• W2223659071 hasPublicationYear "2018" @default.
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