multi-state quantum dissipative dynamics in sub-ohmic environment: the strong coupling regime
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ID: 252097
2015
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Abstract
We study the dissipative quantum dynamics and the asymptotic behavior of a particle in a bistable potential interacting with a sub-Ohmic broadband environment. The reduced dynamics, in the intermediate to strong dissipation regime, is obtained beyond the two-level system approximation by using a real-time path integral approach. We find a crossover dynamic regime with damped intra-well oscillations and incoherent tunneling and a completely incoherent regime at strong damping. Moreover, a nonmonotonic behavior of the left/right well population difference is found as a function of the damping strength.
| Reference Key |
magazz2015entropymulti-state
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|---|---|
| Authors | ;Luca Magazzù;Davide Valenti;Angelo Carollo;Bernardo Spagnolo |
| Journal | European journal of medicinal chemistry |
| Year | 2015 |
| DOI |
10.3390/e17042341
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