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• W2024471905 endingPage "69" @default.
• W2024471905 startingPage "62" @default.
• W2024471905 abstract "The recently developed quantum-classical method has been applied to the study of dissipative dynamics in multidimensional systems. The method is designed to treat many-body systems consisting of a low dimensional quantum part coupled to a classical bath. Assuming the approximate zeroth order evolution rule, the corrections to the quantum propagator are defined in terms of the total Hamiltonian and the zeroth order propagator. Then the corrections are taken to the classical limit by introducing the frozen Gaussian approximation for the bath degrees of freedom. The evolution of the primary part is governed by the corrected propagator yielding the exact quantum dynamics. The method has been tested on two model systems coupled to a harmonic bath: (i) an anharmonic (Morse) oscillator and (ii) a double-well potential. The simulations have been performed at zero temperature. The results have been compared to the exact quantum simulations using the surrogate Hamiltonian approach." @default.
• W2024471905 created "2016-06-24" @default.
• W2024471905 creator A5061988268 @default.
• W2024471905 creator A5079231031 @default.
• W2024471905 date "2010-05-01" @default.
• W2024471905 modified "2023-09-23" @default.
• W2024471905 title "Dissipative dynamics with the corrected propagator method. Numerical comparison between fully quantum and mixed quantum/classical simulations" @default.
• W2024471905 cites W1964443055 @default.
• W2024471905 cites W1965918764 @default.
• W2024471905 cites W1966048890 @default.
• W2024471905 cites W1969895225 @default.
• W2024471905 cites W1971759250 @default.
• W2024471905 cites W1975532414 @default.
• W2024471905 cites W1977976873 @default.
• W2024471905 cites W1981537062 @default.
• W2024471905 cites W1986095217 @default.
• W2024471905 cites W1986504178 @default.
• W2024471905 cites W1988996307 @default.
• W2024471905 cites W1993362494 @default.
• W2024471905 cites W1994188548 @default.
• W2024471905 cites W1995210483 @default.
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• W2024471905 cites W2005315955 @default.
• W2024471905 cites W2007274640 @default.
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• W2024471905 cites W2018640710 @default.
• W2024471905 cites W2019388433 @default.
• W2024471905 cites W2020884339 @default.
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• W2024471905 cites W2027077932 @default.
• W2024471905 cites W2031305412 @default.
• W2024471905 cites W2033336421 @default.
• W2024471905 cites W2038293483 @default.
• W2024471905 cites W2039162450 @default.
• W2024471905 cites W2039780089 @default.
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• W2024471905 cites W2054601803 @default.
• W2024471905 cites W2055032509 @default.
• W2024471905 cites W2055772208 @default.
• W2024471905 cites W2057341055 @default.
• W2024471905 cites W2060987227 @default.
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• W2024471905 cites W2077797632 @default.
• W2024471905 cites W2077907619 @default.
• W2024471905 cites W2079980959 @default.
• W2024471905 cites W2083318404 @default.
• W2024471905 cites W2084003249 @default.
• W2024471905 cites W2086682142 @default.
• W2024471905 cites W2089988158 @default.
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• W2024471905 doi "https://doi.org/10.1016/j.chemphys.2010.01.021" @default.
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