





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The Physical Sciences projects include four projects in Physics:
 | Simulations and computations for condensed-matter physics in the Laboratory of Atomic
and Solid-State Physics (LASSP); |
 | Solving QCD (Quantum Chromodynamics) numerically on Intel Architecture workstations; |
 | Developing instructional simulations for teaching physics; and |
 | Training physics doctoral students to use the latest computational tools in both
experimental and theoretical physics. |
As well as projects in Materials Science, Computational Chemistry, and Mathematics.
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