2/6/2014 11:00:00 AM
Bryan Clark is a condensed matter theorist who specializes in the use and development of computational simulations and models to study the complexity of behaviors and interactions within many body and strongly correlated systems. In this work, Clark fully exploits today’s powerful supercomputing capabilities and he has written a wide range of highly efficient and massively parallel numerical codes, while developing novel numerical methods that improve the accuracy, parallelizability and efficiency of computing properties of many body systems. Clark was selected for an inaugural Blue Waters Professorship, which confers a significant commitment of Blue Waters computing resources, up to 240,000 node hours per year.
Clark’s broad research interests are reflected in his substantial list of publications and invited talks on a range subjects—supersolids, mesoscopic phases, water, the dynamics of cold atoms, and frustrated magnets.
Clark explains, “In this research area, there are no fast, exact methods, which is in some sense disappointing, because it’s hard to get answers. But in another sense, it’s exciting: it means the opportunity for fresh perspectives and for finding new methods is wide open. This is especially true with strongly correlated materials: in these systems, thinking about the behavior of individual electrons isn’t effective. If you take the material and parse it down to a simplified model, it’s still hard to solve. In my research, I apply computational tools to better understand how a material behaves and interacts, identify different phases of matter, and establish whether a material can be induced to exhibit interesting properties.”