Computer Sims Reveal Cause of Dangerous Heart Rhythm
Simulations with Anton at PSC Show How Positive-Negative Pairing in Protein Is Broken, Opening A Membrane Channel Too Soon that may Contribute to Atrial Fibrillation
New Data Tool Speeds Scientists’ Use of Massive Cosmic Simulation
Designed by PSC and McWilliams Center Scientists, COSMO Allows Researchers to Interact Quickly with Vast Sim of Early Universe
HPCwire Awards PSC Research on HIV and Failed Stars
Simulations on NSF-Funded Bridges-2 Supercomputer and Others Granted “Best Use of HPC in Life Sciences” and “Best Use of HPC in Physical Sciences” at 22nd Annual HPCwire Awards
Accelerate your research on Bridges-2,
our flagship supercomputer
Our featured projects
PSC maintains advanced infrastructure to support
computation-heavy research in areas such as: data analytics, machine learning, bimolecular simulation, AI and deep learning, and provides access to the national cyberinfrastructure community of resources.
Want to help further our research?
Support the next big discovery or inspire the next class of great thinkers with a gift to our center.
Recent News from PSC
Computer Sims Reveal Cause of Dangerous Heart Rhythm
Simulations with Anton at PSC Show How Positive-Negative Pairing in Protein Is Broken, Opening A Membrane Channel Too Soon that may Contribute to Atrial Fibrillation
New Data Tool Speeds Scientists’ Use of Massive Cosmic Simulation
Designed by PSC and McWilliams Center Scientists, COSMO Allows Researchers to Interact Quickly with Vast Sim of Early Universe
HPCwire Awards PSC Research on HIV and Failed Stars
Simulations on NSF-Funded Bridges-2 Supercomputer and Others Granted “Best Use of HPC in Life Sciences” and “Best Use of HPC in Physical Sciences” at 22nd Annual HPCwire Awards
Accelerate your research on
Bridges-2, our newest supercomputer
Our Featured Projects
PSC maintains advanced infrastructure to support computation-heavy research in areas in: data analytics, machine learning, bimolecular simulation, AI and deep learning, and provides access to the national cyberinfrastructure community of resources.
Want to help further our research?
Support the next big discovery or inspire the next class of great thinkers with a gift to our center.









