Research

Overview

I work broadly on the theory of quantum many-body dynamics and statistical physics, and also have interests in quantum information. This means that I strive to understand and characterize the rich set of universal behaviors that can occur when many quantum mechanical degrees of freedom (ex: qubits) are interacting and out of equilibrium. Such systems can be realized with recently-developed quantum simulators and quantum processors, so this field has a healthy interplay of theory and experiment. In my research, I employ both state-of-the-art numerical simulations and mathematical approaches to gain an understanding of these systems.

Publications

My papers can also be found on arXiv and google scholar.

2022

2021

2020

2019

2018

Code

You can find some code I've written for research purposes on my GitHub.