Argonne National Laboratory / General Electric / Valeo / Oak Ridge National Laboratory / Lawrence Livermore National Laboratory / Sandia National Laboratories / Lawrence Berkeley National Laboratory / /
Country
Portugal / /
Facility
Physics Laboratory / Columbia University / International Thermonuclear Experimental Reactor / University of Washington Co-Investigators / Clemson University / Johns Hopkins University / /
IndustryTerm
energy storage approach / improved technology / less energy efficient reactors / large scale devices / ionic solutions / external heating systems / store energy / energy deposition / term energy solution / important energy source / renewable energy / inertial fusion energy / transition metal surfaces / particles into devices / clean energy / energy / greater nuclear waste products / technological applications / energy resources / metal corrosion / bio-machinery / energy storage potential / water metal interactions / energy source / chemical reactions / energy storage / high‐energy physics / water-metal interactions / metal surfaces / high energy / nuclear systems / energy efficiency / low energy nuclear reactions / performance computing resources / chemical structure / clean energy production / energy efficient nuclear reactors / leadership computing resources / chemical bonds / /
Organization
UCLA / Columbia University / Chinese Academy of Sciences / MIT / Johns Hopkins University / Physics Laboratory / Purdue University / UC Berkeley ALCC / University of Washington Co-Investigators / National Park Service / Texas A&M / Nanoparticle Assembly / Clemson University / Massachusetts Institute of Technology ALCC / /
Person
Princeton Roberto Car (Princeton) / Cynthia K. Phillips / Steve J. Plimpton / Jim R. Myra (Lodestar) / Warren Mori / Lee A Berry / John C. Wright / Biswajit Santra / Jeffrey Grossman / Anthony Link / Paul T. Bonoli / Dan D'Ippolito (Lodestar) / Wei Jiang / Jeffrey Greeley / Mark J. Stevens / Bruce Cohen / Luis Silva / David Green / Erwin F. Jager / Julian Borrill / Andreas Kemp / David Smithe / James Tallman / Mark O. Robbins / /
Position
Time-Dependent Density Functional Theory Approach Principal Investigator / Co-Investigator / Fusion Targets Principal Investigator / Planck Satellite Data Principal Investigator / Fusion Plasmas Principal Investigator / Materials Principal Investigator / Engineer / Aqueous Ionic Solutions Principal Investigator / Human Pathogen Targets Principal Investigator / Ab Initio Molecular Dynamics Simulations Principal Investigator / First Principles Computations Principal Investigator / /
2013 ASCR Leadership Computing Challenge (ALCC) Allocations Title: Protein Binding and Interaction Analysis of Human Pathogen Targets