The
University’s high-performance computing
facilities currently support about 180 projects
involving over 600 scientists and spanning numerous
disciplines. The following projects are selected
examples of current research using the supercomputing
facilities:
computational investigations
of subnuclear particle phenomena
dynamics of quantum systems; space weather
modeling
electrodynamics of plasma processes in
the ionosphere
managing the complex system of manufacturing
supply chain
subsurface sensing and imaging systems
probing the principles of amyloid formation
simulation of initial events in T cell molecular
recognition
molecular modeling of liquid and glassy
water
adaptive fluid flow processes and complex-fluid
hydrodynamics
large scale concurrent and parallel micromagnetic
simulations
quantum many-body studies of novel electronic
materials
earthquake models for the analysis of crustal
straining
