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Tag: NERSC

Climate Modeling Approaches ‘Golden Age’

Nov 12, 2014 |

High-performance computing is facing some of its toughest challenges yet, but supercomputing is also yielding better results than ever before. When it comes to climate science, for example, researchers are reporting higher resolutions and truer simulations. According to one Berkeley Lab researcher, climate science is on the verge of a golden age. As described in Read more…

NERSC Highlights Exascale-Energy Connection

Sep 11, 2014 |

It’s been almost six months since the National Energy Research Scientific Computing Center (NERSC) formally announced Cori, the new supercomputer set to be installed at the lab in the mid-2016 timeframe. Originally known as NERSC-8, the new machine will sport over 9,300 nodes, equipped with next-generation Knights Landing architecture housed within a Cray XC environment. Each Read more…

NERSC Reveals 44 NESAP Code Teams

Sep 3, 2014 |

Last month the National Energy Research Scientific Computing Center (NERSC) announced a collaboration with supercomputing vendors Intel and Cray to prepare for Cori, the Cray XC supercomputer slated to be deployed at NERSC in 2016. To ensure that the highly diverse workloads of the DOE science community continue to be supported as over 5,000 users Read more…

NERSC Launches Exascale Readiness Program with Intel, Cray

Aug 11, 2014 |

The National Energy Research Scientific Computing Center (NERSC) is collaborating with supercomputing vendors Intel and Cray to prepare for Cori, the Cray XC supercomputer scheduled to be deployed at NERSC in 2016. Named in honor of American biochemist Gerty Cori, the next-generation supercomputer will have a sustained performance that is at least ten times that Read more…

Climate Modeling Pioneer on Higher Resolution, Higher Impact Change

Jun 2, 2014 |

“If you burn one molecule of fossil fuel and put that carbon dioxide into the atmosphere, it will remain there for around 100 years on average,” explained NCAR Senior Scientist, Dr. Warren Washington. “Some remain closer to 500 years. The reason for concern is that if we don’t do something now and we’ve already built Read more…

Burst Buffers Flash Exascale Potential

May 1, 2014 |

For any large-scale datacenter, be it a scientific supercomputer or hyperscale web farm, the constant battles of “defensive I/O” and “offensive I/O” take their toll on overall efficiency and productivity. From checkpointing to pushing performance on long-running applications, one set of technologies is pushing its way onto the frontlines. The “burst buffer” concept, as Los Read more…

Emerging System Sets Stage for Exascale Science

Apr 29, 2014 |

Today we welcome a new large-scale system into the high performance computing fold with the formal announcement of Cori, a new supercomputer set to be installed at NERSC in the mid-2016 timeframe. Known in its RFP stages as NERSC-8, the new machine will sport over 9,300 nodes, featuring the next-generation Knights Landing architecture housed within Read more…

‘Edison’ Helps Reinvent the Light Bulb

Apr 9, 2014 |

Today’s consumers have an array of lighting options to select from, giving them the light they want while saving energy and money. In addition to the standard incandescent bulb that’s been around since Thomas Edison invented it about 130 years ago, there are energy-efficient halogen incandescents, compact florescent lamps (CFLs) and a new breed of Read more…

‘Edison’ Lights Up Research at NERSC

Jan 31, 2014 |

The National Energy Research Scientific Computing (NERSC) Center, located at Lawrence Berkeley National Laboratory, has taken acceptance of “Edison,” a Cray XC30 supercomputer named in honor of famed American inventor Thomas Alva Edison. The important milestone occurs just as NERSC is commemorating 40 years of scientific advances, prompting NERSC Director Sudip Dosanjh to comment: “As Read more…

NERSC Supercomputer Boosts Energy Research

Dec 4, 2013 |

Scientists at Oak Ridge National Laboratory (ORNL) are using DOE supercomputers and a neutron scanning technique to develop more efficient methods of extracting gas and oil from shale. Using the systems at the Department of Energy’s National Energy Research Supercomputing Center (NERSC) – supercomputing resources include Hopper and Edison – the researchers are studying the Read more…

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