• PSC Celebrates its 35th Anniversary with Proclamations from Local, State, Federal Government Officials
  • “Digital Backbone” Holds Promise for Democratizing Data, Removing Food Disparity
    PSC’s Shawn Brown Speaks at U.N. Panel on Leveraging Data, AI for Alleviating Hunger Computer technology has a pivotal role to play in reducing world hunger and food disparity, said Shawn Brown, director of PSC, at the 2021 United Nations Food Systems Summit. But only if we democratize data to pair individual innovation with collective knowledge. “One of the things that we learned from the […]
  • Pitt, PSC Collaboration Develops AI Tool for “Long Tail” Stamp Recognition in Japanese Historic Documents
    Bridges and Bridges-2 Power Study of Business Document that Promises Better Automated Study of Datasets with Numerous Rare Items, a Key Limitation in Artificial Intelligence
  • Bridges Simulates Tiny Robots with Better Directability, Maneuverability
  • Hurricane Simulations by Bridges, Bridges-2 Inform State Decision-Making
    Scientists created a simulation tool to predict and evaluate the effects of different storm scenarios on the Louisiana coast.
  • PSC Receives Another Year of State Funding
    The Commonwealth of Pennsylvania has granted PSC $500,000 in its annual budget, signed by Governor Tom Wolf in late June. PSC received an appropriation of $500,000 in the 2021-22 PA budget recently signed by Governor Wolf. This inclusion within the Department of Community and Economic Development budget demonstrates the Commonwealth’s continued support of the research computing community, and PSC in particular. The funding PSC receives […]
  • Bridges & Bridges-2 Power Discovery of Two-X-Chromosome Male Voles
    The Way This Rodent Species Determines Sex Differs from All Other Mammals Known
  • First PSC Supercomputer Powered on 35 Years Ago
    Today the Pittsburgh Supercomputing Center (PSC) celebrated the 35th anniversary of its first supercomputer. The National Science Board approved funding for PSC on Jan. 17, 1986. The center’s first computer, a CRAY X-MP/48, was dedicated on June 9 of that year. Today’s smartphones have more computing power than that first Cray; PSC’s flagship system today, Bridges-2, is over 2 million times faster. But that comparison […]
  • The McWilliams Center for Cosmology at Carnegie Mellon University Now Accepting Proposal Submissions
    The McWilliams Center for Cosmology Seed Grant program supports faculty, postdoctoral fellows, and research staff who want to explore a new area of research and/or jumpstart their research activity. The program is designed to encourage genuine collaborations between faculty/postdocs affiliated with the Center for Cosmology and the Pittsburgh Supercomputing Center (PSC) that involve either new avenues of research or the feasibility testing of new methods. […]
  • Bridges-2 Begins Production Operations
    Advanced research computing platform enters first allocation period; deadline for proposals is April 15

    The National Science Foundation (NSF) has approved PSC’s new Bridges-2 system for production operations. PSC offers time on the NSF-funded, advanced research computing platform to researchers performing academic work, at no cost to them.

  • Shawn Brown Appointed Pitt Vice Chancellor for Research Computing
    PSC Director Shawn Brown has been appointed vice chancellor for research computing at the University of Pittsburgh. Make no mistake: Brown remains director of PSC. He’s ours, we’re keeping him. Brown’s new appointment continues PSC’s strengthening relations with both Pitt and CMU, of which PSC is a joint center. Having responsibility for Pitt’s research computing mission, Brown will provide strategic direction on next-generation computing and […]
  • Virtual Brain Injury Study Identifies Key Factors in Potential Nerve-Fiber Damage
    RMU-Led Report Uses Supercomputing Simulation for a Finer-Scale Look at Stresses Leading to TBI

    A supercomputer simulation has reproduced traumatic brain injury (TBI) at a higher level of detail and under more conditions than ever before, identifying key factors in causing strain to brain tissues. The Robert Morris University (RMU)-led study, using the Bridges platform at the Pittsburgh Supercomputing Center (PSC), promises a better understanding of TBI that may lead to better means of protecting service members, athletes and the general public.

  • Neocortex, a Groundbreaking AI Supercomputer, Begins Early User Access at PSC
    Access and AI research begins on the new PSC Neocortex system, an advanced AI computing system for science and engineering that leverages Cerebras Systems’ revolutionary Wafer Scale Engine

    The Pittsburgh Supercomputing Center (PSC) has deployed Neocortex, a unique high-performance artificial intelligence (AI) system designed to revolutionize scientific AI research. A number of cutting-edge science and engineering projects are now running on Neocortex as a part of the system’s early user program, which began in mid-February. These projects include efforts in drug discovery, genomics, molecular dynamics, climate research, computational fluid dynamics, signal processing and medical imaging analysis.

  • MuST Program Speeds Predictions of Material Properties
    Open-Source Tool for Engineering New Substances Developed by PSC Scientist and Colleagues

    MuST, a new, open-source supercomputing code, radically reduces the complexity of simulating complex materials, promising predictions of the properties of samples large enough to be relevant to the real world more quickly, according to Yang Wang, senior computational scientist at PSC, in his presentation at the February 2021 XSEDE ECSS Symposium. MuST—named for the multiple scattering theory on which it’s based—uses density function theory (DFT) for ab initio investigation of disordered materials. In other words, predicting materials’ properties from first principles.