Transport Properties
Research
I work on a range of problems pertaining strongly-correlated quantum matter and quantum dynamics, with a focus on near-term applications in atomic, molecular and optical (AMO) experiments or in other analog quantum simulators (e.g. transmon qubits). My graduate work focused on equilibrium phases and transport properties of low-dimensional quantum matter, where the competition between quantum fluctuations and strong interactions is highly non-trivial. As a postdoc I have studied out-of-equilibrium states generated by open and monitored quantum dynamics, which have become increasingly relevant as we move towards error-correcting quantum computers. I am also interested in improving numerical methods for classical simulation of quantum states.
Check out the tabs below for some background on my interests and prior work.
