Research on the CRAY T3E -- PSC

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				The world's first CRAY T3D arrived at Pittsburgh in August 1993, marking the entry of Cray Research Inc. into the field of highly parallel computing. Since then, Cray and PSC have collaborated to develop applications software for highly parallel machines, work that is exemplified by the projects included here. In April 1996, PSC installed the world's first CRAY T3E, successor to the T3D. In April 1997, PSC upgraded its T3E to 512 processsors. With an overall peak performance of 460 gigaflops, PSC's T3E is one of the most powerful Cray systems in the world.
		PSC ..... PSC NEWS RELEASES ..... CRAY T3E ..... SEARCH ..... New Understanding of Life and Its Processes ..... Earth, the Environment and Society We Live In ..... Evolution and Structure of the Universe ..... New Technology and Manufacturing Processes ..... At the Frontier of Physics and Chemistry .....
				STRUCTURE OF PROTEINS & DNA
				A Thumb-Lock on AIDS Subdomain Rearrangement in HIV-1 Reverse Transcriptase Marcela Madrid, Pittsburgh Supercomputing Center.
				The Bridge From Genes To Proteins Exploring Protein Folding Free Energy Landscapes Charles L. Brooks III, Scripps Research Institute.
				Watching a Protein Fold Folding of Villin Headpiece Sub-Domain Observed for a Full Microsecond Peter Kollman, Lu Wang, Yong Duan, University of Calfornia, San Francisco.
				Long Distance Charges Unrestrained Molecular Dynamics for Biomolecular Systems Peter Kollman, University of Calfornia, San Francisco. Thomas Cheatham, University of Calfornia, San Francisco.
				New Twists in Globs and Zippers Protein Folding: Simulations of a Three-Helix Protein and Leucine Zipper Dimer Charles L. Brooks III, Scripps Research Institute. Erik Boczko, Georgia Institute of Technology. William Young, Pittsburgh Supercomputing Center.
				Melting Proteins Long-Range Forces in Molecular Dynamics Simulations Tom Darden, National Institute of Environmental Health Science. Lee Pedersen, University of North Carolina.
				How Proteins Get In Shape Molecular Dynamics Simulations of Protein Folding Charles L. Brooks III, Carnegie Mellon University
				Shake and Bake Parallel Solutions to the Phase Problem in X-Ray Crystallography Herbert A. Hauptman and Charles Weeks, Medical Foundation of Buffalo, Inc. Russ Miller, State University of New York at Buffalo
				UNDERSTANDING THE BRAIN
				Watching the Brain in Action Functional Topographic Mapping of the Cortex with Conventional MRI Scanners Jonathan Cohen, University of Pittsburgh and Carnegie Mellon University Nigel Goddard, Pittsburgh Supercomputing Center
				A New Look at Seeing A Unified Self-Organizing Model of the Primary Visual Cortex Risto Miikkulainen & Joseph Sirosh, University of Texas at Austin
				WEATHER FORECASTING
				Faster Than a Speeding Storm Realtime Numerical Prediction of Storm-Scale Weather Kelvin K. Droegemeier, University of Oklahoma
				MODELING GLOBAL CLIMATE
				High Tide in Ocean Modeling High Resolution Simulation of Global Ocean Circulation Matthew T. O'Keefe & Aaron Sawdey, University of Minnesota Rainer Bleck, University of Miami
				Unlocking the Sun's Secrets Simulations of Turbulent Compressible Convection Paul Woodward & David Porter, University of Minnesota
				EVOLUTION AND STRUCTURE OF THE UNIVERSE
				The Dance of Two Black Holes Grazing Collisions of Black Holes via the Excision of Singularities Pablo Laguna, Penn State University
				New Light on Dark Matter Testing Cosmogonic Models with Gravitational Lensing Jeremiah P. Ostriker, Princeton University
				Groping in the Dark The Formation of Galaxies and Large-Scale Structure of the Universe Edmund Bertschinger, Massachusetts Institute of Technology
				SEMICONDUCTOR DESIGN AND PRODUCTION
				Travels with Silicon Temperature-Dependent Properties, Diffusion and Growth on the Si(100) Surface Jerzy Bernholc, North Carolina State University
				MANUFACTURING PROCESS DESIGN
				Turn, Turn, Turn Parallel Computation of Rotor-Stator Interaction in Turbines Paul Cizmas, Westinghouse Science and Technology Center Ravi Subramanya, Pittsburgh Supercomputing Center
				DESIGN OF NEW MATERIALS
				The Amazing Metal Sponge Constant Chemical Potential Simulations of Palladium-Hydride Khalid A. Mansour, Cray Research, Inc. Ralph J. Wolf, Westinghouse Savannah River Company
				AEROSPACE ENGINEERING AND DESIGN
				Mystery of the Wrong Orbit Launch Vehicle Simulations with a Concurrent Navier-Stokes Solver Stephen Taylor, California Institute of Technology
				MYSTERIES OF MAGNETISM
				Magnetic Moments High Performance First Principles Method for Complex Magnetic Properties Malcolm Stocks, Oak Ridge National Laboratories Yang Wang, Pittsburgh Supercomputing Center
				ADVANCES IN ATOMIC PHYSICS
				A Taste of Quark Soup Simulating Heavy Ion Collisions for the Relativistic Heavy Ion Collider Mortan Kaplan, Carnegie Mellon University
				QUANTUM CHEMISTRY
				Wobbly Atoms Simulation of Quadrupole Moments in Solid-State NMR Alan J. Benesi, Pennsylvania State University
				TURBULENCE AND CONVECTION
				Big Mixups Pair Dispersion Over an Inertial Range Spanning Many Decades Frank W. Elliott, Jr. & Andrew Majda, New York University
				The Pittsburgh Supercomputing Center, a unit of Carnegie Mellon University, is a joint effort of Carnegie Mellon University and the University of Pittsburgh together with the Westinghouse Electric Corporation. © 1998 Pittsburgh Supercomputing Center

STRUCTURE OF PROTEINS & DNA

WEATHER FORECASTING

MODELING GLOBAL CLIMATE

EVOLUTION AND STRUCTURE OF THE UNIVERSE

SEMICONDUCTOR DESIGN AND PRODUCTION

MANUFACTURING PROCESS DESIGN

DESIGN OF NEW MATERIALS

AEROSPACE ENGINEERING AND DESIGN

MYSTERIES OF MAGNETISM

ADVANCES IN ATOMIC PHYSICS

QUANTUM CHEMISTRY

TURBULENCE AND CONVECTION

© 1998 Pittsburgh Supercomputing Center