My research interests are in the study of phases and phase transitions in strongly interacting quantum systems, including magnetism, metal-insulator transitions, and superconductivity. I am currently working on topological materials, novel superconductiviy, quantum phases of the SU(N) Hubbard model and its realization in ultra-cold atoms, charge density wave formation and superconductivity in the Holstein and SSH models. The group is also exploring the fermion sign problem and machine learning algorithms related to these projects. The methodology I most commonly employ in these studies is Quantum Monte Carlo. I am interested in developing algorithms for doing these simulations more effectively. My research is supported by the Department of Energy.