Recent developments in multireference quantum chemistry
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Note late change of venue
The density matrix renormalization group (DMRG) algorithm has recently attracted significant
attention as a robust quantum chemical approach to multi-reference electronic structure problems due to its
capability to deal with large active space. As can be seen in our past studies, the DMRG approach is successful
in dealing with static correlation in small metal compounds though it shows the true strength in
quasi-one-dimensional molecular systems. Recent developments of the multi-reference methods in the conjunction with the DMRG algorithm, such as DMRG -CASSCF and DMRG -CT (canonical transformation theory) extend the
applicability to realistic molecules.
This talk is part of the Extra Theoretical Chemistry Seminars series.
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