Research

Field Theories provide a unified description of disparate physical phenomenon ranging from Gravitation to the Boiling of Water. In particular, they are crucial to understanding topological materials that can be used to build quantum processors and storage devices. With help from my advisor Prof. Clay Cordova I hope to contribute to our understanding of these theories. Currently, I am working on applying Equivariant Neural Networks to study ground states of strong correlated quantum systems and applications to lattice gauge theory.

During my undergrad I worked with Prof. Scott Hughes on Gravitational Waves and with Prof. Mingda Li on applications of Quantum Field Theory to topological materials.

You can find my publications (and all of the papers which cite them) via this ADS search. You will also find links to the arXiv versions of all of my papers via that search, or alternatively you can visit arXiv. If you prefer, you can also usually find all of my papers at Google Scholar.