I am an Assistant Professor of Physics at the Facility for Rare Isotope Beams, Michigan State University, working in nuclear theory. My research focuses on the thermodynamic properties of dense, strongly interacting matter, which I study through dynamical simulationsof relativistic heavy-ion collisions.
Beyond doing research, I teach, mentor, and contribute to the nuclear physics community. In my classes, I aim to make difficult physics approachable without making it shallow (check out my teaching materials). In my service roles, I focus on creating practical structures that support mentoring, professional development, and a healthy scientific community.
My project, "CAREER: Microscopic Transport, Machine Learning, and Bayesian Analysis for Extracting the Dense Nuclear Matter Equation of State from Heavy-Ion Collisions at RHIC and FRIB," has been selected for the NSF CAREER award.
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My most recent project – part of the U.S. DOE's Genesis Mission – uses AI/ML to discover new observables for constraining the QCD EOS.
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The most recently added teaching material is a complete set of lecture notes for a graduate Nuclear Dynamics course at FRIB/MSU.
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