NERSCPowering Scientific Discovery Since 1974

Now Computing at NERSC

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

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Advanced Simulation of Pore Scale Reactive Transport Processes Associated with Carbon Sequestration (m1516)
DOE Office Advanced Scientific Computing Research Science AreaGeoscience InvestigatorDavid Trebotich, Lawrence Berkeley National Laboratory
ComputerHopper Cores49,152 Core Hours Used
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Climate Change Simulations with CESM: Moderate and High Resolution Studies (mp9)
DOE Office Biological & Environmental Research Science AreaClimate Research InvestigatorWarren M. Washington, National Center for Atmospheric Research
ComputerHopper Cores16,512 Core Hours Used
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Towards Predictive Simulations of Soot Formation: From Surrogate to Turbulence (m1629)
DOE Office Basic Energy Sciences Science AreaCombustion InvestigatorGuillaume Blanquart, California Institute of Technology
ComputerHopper Cores16,392 Core Hours Used
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Electronic and optical properties of novel photovoltaic and thermoelectric materials from first-principles (m1380)
DOE Office Basic Energy Sciences Science AreaMaterials Science InvestigatorEmmanouil S. Kioupakis, University of Michigan
ComputerEdison Cores4,800 Core Hours Used
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Novel density functional theory approaches to the statistical mechanics of aqueous systems (m452)
DOE Office Basic Energy Sciences Science AreaChemistry InvestigatorChristopher Mundy, Pacific Northwest National Laboratory
ComputerHopper Cores3,840 Core Hours Used
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Hadron-Hadron Interactions with Lattice QCD (m747)
DOE Office Nuclear Physics Science AreaLattice QCD InvestigatorMartin J. Savage, University of Washington
ComputerEdison Cores1,024 Core Hours Used
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High Fidelity Simulations of Turbulent Reacting Flows for Multi-physics Model Development (m1426)
DOE Office Basic Energy Sciences Science AreaCombustion InvestigatorColleen M. Kaul, Stanford University
ComputerCarver Cores512 Core Hours Used