Event Details

Harnessing non-equilibrium effects in bio-inspired and engineered quantum networks

In this talk, I will present theoretical work exploring the interplay between coherent quantum and dissipative processes that are typical of condensed matter nanostructures embedded in real-world environments. My approach combines inspiration from the processes and molecular structures that underlie natural photosynthesis with the development of sophisticated open quantum systems approaches. Based on this framework, I will demonstrate the emergence of complex dynamics and non-equilibrium effects. I will argue that some of these effects could become beneficial and unlock non-classical performance for a host of practical applications ranging from improved photodetectors to solar light-harvesting and molecular electronics.