When Winds Get Rough

PSC Experts and Resources Enable Simulation of Non-steady Forces on Wind Turbines Rough winds are an issue for generating electricity from wind power. They can cause early failure of turbine components that limit the method’s monetary bottom line....

Testing the Footing

Bridges Helps Univ. of Chicago Team Simulate Cell Movement, Upending Scientific Expectations The movement of white blood cells to fight infections and the spread of cancer cells both rely on the same natural process. The cell reaches out to a new surface with a...

Function Follows Form

Bridges Simulations plus Lab Work on Frog Neuromuscular Junction Sheds Light on Human Diseases When a nerve cell passes a message to its neighbors, it must do so via chemicals sent across the synapse—a small space between the cells. Early researchers studied a synapse...

Putting Neutrinos on Ice

Identification of Cosmic-Ray Source by IceCube Neutrino Observatory Depended on Global Collaboration, PSC’s Bridges Four billion years ago—before the first life had developed on Earth—a massive black hole shot a proton out at nearly the speed of light. A result of...

Loose Ends

“Sticky and Loose Ends” Shed Light on Heart Health Anton 2 Shows how APOA1 Protein Ends Link to Hold Together “the Good Cholesterol” Until recently, scientists couldn’t agree how the protein APOA1 holds together the “good cholesterol” that protects us from heart...

NSF Funds AI Upgrade for Bridges

NSF Funds Artificial Intelligence Upgrade for Bridges National Science Foundation Awards $1.8-Million for Upgrade to Expand Bridges’ “Deep Learning” Capabilities Sept. 24, 2018 PSC’s Bridges supercomputer is being upgraded to provide the world’s most powerful AI...

PSC’s Bridges Supercomputer Extended by NSF

National Science Foundation Awards $1.9 million for Extra Year of Operational Funding Aug. 27, 2018 PSC’s groundbreaking Bridges supercomputer will provide value to the research community for an additional year, extending operations through November 2020, thanks to...