Simulation Shuffles Protons and Electrons

Titan is allowing scientists to simulate proton-coupled electron transfer at a level that was previously impossible.
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To prepare California for the next “big one,” SCEC joint researchers are simulating earthquakes at high frequencies for more detailed predictions that are needed by structural engineers on Titan.
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The OLCF and industrial users Ford Motor Company and GE Global Research received 5 awards at SC13, the 25th meeting of the annual leading Supercomputing Conference.
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Roisin Langan, an intern at ORNL, spent last summer developing climate models that are better able to predict the variability and extremes of precipitation.
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Using computational molecular dynamics simulations, researchers at ORNL and the University of Tennessee–ORNL Joint Institute for Computational Sciences have discovered a molecular “switch” in a receptor that controls cell behavior.
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Partnership brings access to elite supercomputer for cutting-edge fire-protection efforts.
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Four OLCF partners were named winners of IDC’s HPC Innovation Excellence Award for research done on the center’s supercomputing systems.
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The OLCF earned three HPCwire awards in HPC for collaborative industrial research projects conducted at ORNL.
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The U.S. Department of Energy’s Office of Science announced 59 projects for 2014, sharing nearly 6 billion core hours on two of America’s fastest supercomputers dedicated to open science.
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GE Research using Oak Ridge National Laboratory Cray “Titan” for Industrial Cold Temperature Research Projects.
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The OLCF is working with Mentor Graphics, a leading electronic design automation company, to bring accelerated computing to a broader audience.
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Researchers simulating high-temperature superconductors has topped 15 petaflops on ORNL’s Titan supercomputer. More importantly, they did it with an algorithm that substantially overcomes two major roadblocks to realistic superconductor modeling.
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Scientists from Germany’s HZDR–Dresden used Titan, the most powerful supercomputer in the United States located at Oak Ridge National Laboratory, to simulate billions of particles in two passing plasma jet streams.
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The OLCF delivered more than 374 million supercomputer core hours to 17 projects through the Department of Energy’s ALCC program—76 million hours more than expected.
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A simulation of the internal workings of cells has reached a sustained performance of 20,000 trillion calculations per second, or 20 petaflops, on the Titan supercomputer at ORNL.
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The OLCF recently relocated the center’s archive tape library to a centralized location with a more controlled environment, resulting in better overall availability and uptime for OLCF system users and better resiliency of the media.
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