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Now Computing at NERSC

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A small sample of jobs now running on NERSC's supercomputers.

	Dynamical Fermion Lattice Production for Hadronic and Nuclear Physics (m1383)
	DOE Office	Nuclear Physics	Science Area	Lattice QCD	Investigator	Robert G. Edwards, Jefferson Lab
	Computer	Hopper	Cores	24,600	Core Hours Used

	Direct Numerical Simulations of Clean and Efficient Combustion with Alternative Fuels (mp241)
	DOE Office	Basic Energy Sciences	Science Area	Combustion	Investigator	Jacqueline Chen, Sandia National Laboratories - California
	Computer	Hopper	Cores	24,576	Core Hours Used

	Advanced Simulation of Pore Scale Reactive Transport Processes Associated with Carbon Sequestration (m1516)
	DOE Office	Advanced Scientific Computing Research	Science Area	Geoscience	Investigator	David Trebotich, Lawrence Berkeley National Laboratory
	Computer	Hopper	Cores	6,144	Core Hours Used

More Info	Simulation of laser-plasma particle accelerators (m558)
	DOE Office	High Energy Physics	Science Area	Accelerator Science	Investigator	Cameron Geddes, Lawrence Berkeley National Laboratory
	Computer	Hopper	Cores	6,144	Core Hours Used

More Info	Ocean Atmosphere Reanalyses for Climate Applications (OARCA) 1832-2013 (m958)
	DOE Office	Biological & Environmental Research	Science Area	Climate Research	Investigator	Gil Compo, University of Colorado at Boulder
	Computer	Edison	Cores	512	Core Hours Used

	Solar Energy to Chemical Fuel: Design of Efficient Artificial Photosynthetic Materials (m1241)
	DOE Office	Basic Energy Sciences	Science Area	Chemistry	Investigator	Margaret Shun Cheung, University of Houston
	Computer	Carver	Cores	256	Core Hours Used

	Advanced Modeling of Ions in Solutions, on Surfaces, and in Biological Environments (m1592)
	DOE Office	Basic Energy Sciences	Science Area	Chemistry	Investigator	Michael L. Klein, Temple University
	Computer	Edison	Cores	256	Core Hours Used