I am a theoretical physicist specializing in computational materials science. My research develops highly accurate ab initio methods—particularly coupled cluster approaches—for large-scale applications.
I focus on distributed tensor contraction algorithms that enable these methods to scale efficiently. As a core developer of cc4s, a modular coupled-cluster code built on the Cyclops Tensor Framework (ctf), I work at the intersection of quantum chemistry and high-performance computing. I have also contributed to ctf itself and co-developed atrip, a standalone massively parallel implementation of the perturbative triples correction.