Computational Physics
Ph.D., Illinois, 1952. Monte Carlo methods, computational many-body physics, and parallel processing. Low temperature properties of helium, electronic structure.
Research is centered on the applications of computing to fundamental problems in physics and chemistry. Specific applications now include electronic structure and quantum fluids and crystals, along with advances in Monte Carlo methods that make such calculations possible.
Research currently involves much collaboration with Prof. Geoffrey Chester; active members of the group include Postdocs Zhiping Liu, Stefan Goedecker, and William Magro.
May be able to accommodate one student.