Titlebook: Open Quantum Systems Far from Equilibrium; Gernot Schaller Book 2014 Springer International Publishing Switzerland 2014 Detailed Balance.E

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Exactly Solvable Models,st formally—an exact solution, and can thus be used to study non-equilibrium setups and transport in a regime where the coupling between system and reservoir becomes strong. Furthermore, we note that the non-equilibrium stationary solution of these models may also define a non-equilibrium reservoir.

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Technical Tools, respective generating functions with the fluctuation theorem for entropy production. The methods in this chapter may also be applied to Markovian master equations that are not in Lindblad form; only constant coefficients and a time-local evolution equation for the density matrix are required.

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Dynamics of Open Quantum Systems,s necessary for the understanding of the book and does not claim to provide a self-contained introduction. It starts with a brief summary of the conventions used in the book and then introduces master equations with some examples. This also requires us to introduce the density matrix: among other th

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Exactly Solvable Models,le models. Unfortunately, these models are quite rare. In this chapter, we will discuss two popular representatives of exactly solvable models: first, we investigate a pure dephasing spin-boson model, where the interaction Hamiltonian commutes with the system Hamiltonian. Such models obviously leave

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Composite Non-equilibrium Environments,ed by electronic setups, e.g., with transport through quantum dots or molecules, but the general machinery is also applicable to quantum optical setups. We first investigate the single electron transistor (SET) and afterwards the double quantum dot (DQD) with a focus on the thermodynamic interpretat

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