Distance growth of quantum states due to initial system--environment correlations
arXiv:1005.0364 · doi:10.1103/PhysRevA.82.012341
Abstract
Intriguing features of the distance between two arbitrary states of an open quantum system are identified that are induced by initial system-environment correlations. As an example, we analyze a qubit dephasingly coupled to a bosonic environment. Within tailored parameter regimes, initial correlations are shown to substantially increase a distance between two qubit states evolving to long-time limit states according to exact non-Markovian dynamics. It exemplifies the breakdown of the distance contractivity of the reduced dynamics.
4 pages, 3 figures
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Cited by in corpus (34)
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- On the dynamics of initially correlated open quantum systems: theory and applications
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- Geometric phase corrected by initial system-environment correlations
- Purification-based metric to measure the distance between quantum states and processes
- Trace distance and linear entropy of qubit states: Role of initial qubit-environment correlations
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- Reversal of relaxation due to dephasing environment
- Stationary states of two-level open quantum systems
- Dynamics of Open Quantum Systems with Initial System-Environment Correlations via Stochastic Unravelings
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- Hierarchical-environment-assisted non-Markovian and its effect on thermodynamic properties
- Distinguishing quantum states using time travelling qubits in a presence of thermal environments