People

I am broadly interested in Mathematics, Physics, and Physical Chemistry. Currently I am working on a quantum optics collaboration, where I develop numerical methods to calculate the dynamics of non-trivial subnanometer light cavities coupled to matter.

My current research applies established methods to the rates of hydroxyl reactions in atmospheric conditions.

I have been working on Green's function approaches based upon the heat bath algorithm, stochastic perturbation theory methods, and fixed node Green's function Monte Carlo.

I am currently working on improving the optimization methods employed in our variational Monte Carlo algorithm.

I’m currently working on extending the complex scaling method to our algorithm to study resonance states.

My research focuses on improving the capability of handling four-component calculation of SHCI. I am currently working on interfacing Bagel and Dice.

Ph.D Thesis: "Modern Multireference Electronic Structure Theory"