I am interested in the interplay between quantum information and statistical and non-equilibrium physics, with a focus on methods inspired by the framework of resource theories.
This includes questions such as:
-Can we use the technical tools from quantum information to characterize the out of equilibrium fluctuations of quantum systems?
-How do statistical or thermal ensembles, as well as dissipation, emerge from the unitary dynamics of many body systems?
-What are the fundamental limitations of cooling quantum systems? Can were construct optimal cooling protocols?
-What is the role of different quantum resources, such as entanglement and of coherence, in the non-equilibrium physics of small systems?