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30 March–3 April 2020, Daejeon, South Korea
International Workshop Open Quantum Dynamics and Thermodynamics
The field of open quantum systems is undergoing a rapid phase of development due to the emergence of new devices based on quantum superposition and coherence. In this context, it is crucial to understand: (i) the thermodynamic behavior of small quantum systems, in particular when in contact with an environment; (ii) the related fluctuation relations that connect thermodynamic quantities such as work and free energy of the device; (iii) effects of intermediate and strong coupling to the environment; (iv) many-body effects and their persistence in the presence of dissipation. The aim of the workshop is to bring together leading researchers in this field to present new results and appropriate methodologies to identify and attack the relevant open problems of the field. The invited and contributed talks will cover these aspects related to open quantum systems and also to quantum computing, quantum heat engines, and optimal control of quantum systems.
- Strong coupling and non-Markovian (thermo-)dynamics
- Quantum machines
- Many-body open systems
- Driven open systems
- Fluctuation theorems.