Quantum dynamics in closed Hamiltonian systems
This event is part of the Biophysics/Condensed Matter Seminar Series.
Abstract:
In this talk I will overview several aspects of quantum dynamics in closed systems. In particular, I will discuss connections between quantum and thermodynamic adiabatic theorems in closed systems. Based on this connection I will introduce micsroscopic expressions for the heat and (diagonal) entropy and argue that their behavior is fully consistent with thermodynamic expectations. Next, using a particular example of an XY-model, I will argue that time evolution in interacting systems can be understood as a renormalization group process in real time. And finally in the last part of the talk I will briefly discuss phase space representation of quantum mechanics and connections between quantum and classical dynamics.