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Now Computing at NERSC

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

	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	49,152	Core Hours Used

	Investigations of advanced ignition physics and extreme states of matter (m412)
	DOE Office	Fusion Energy Sciences	Science Area	Fusion Energy	Investigator	Warren Mori, University of California Los Angeles
	Computer	Hopper	Cores	20,016	Core Hours Used

More Info	Theory of nanostructured materials (m387)
	DOE Office	Basic Energy Sciences	Science Area	Materials Science	Investigator	Jeffrey Neaton, Lawrence Berkeley National Laboratory
	Computer	Hopper	Cores	4,800	Core Hours Used

	Simulation of Magnetically Confined Fusion Plasmas (mp94)
	DOE Office	Fusion Energy Sciences	Science Area	Fusion Energy	Investigator	Ronald E. Waltz, General Atomics
	Computer	Hopper	Cores	4,608	Core Hours Used

	Projections of Ice Sheet Evolution Using Advanced Ice and Ocean Models (m1343)
	DOE Office	Biological & Environmental Research	Science Area	Climate Research	Investigator	William D. Collins, Lawrence Berkeley National Laboratory
	Computer	Hopper	Cores	3,840	Core Hours Used

	Numerical Simulations of Defects and Chemical Reactions at Surfaces and Interfaces (m647)
	DOE Office	Basic Energy Sciences	Science Area	Materials Science	Investigator	Sergey Rashkeev, Idaho National Laboratory
	Computer	Carver	Cores	512	Core Hours Used