Science Stories

Discover More about XSEDE-enabled science, programs, trainings, and more.

Key Points
See how XSEDE supports science

Building Better Batteries

CMU Scientists Use XSEDE-Allocated Resources to Simulate Improved Battery Components

Supercomputing Dynamic Earthquake Rupture Models

XSEDE resources Stampede1, Stampede2, Comet support multi-fault earthquake research

XSEDE Resources Help Researchers Achieve Crystal Clear Results. Literally.

Supercomputer-Generated Models Shed Light on Color-Changing Material Applications

XSEDE-Allocated Resources Power Population Genomics Study

Comet, Jetstream, Bridges Run Millions of Genomic Simulations Assisted by the Open Science Grid

Dangerous Curves Ahead

Machine Learning Enables Scientists to Spot “Comma-Shaped Clouds,” Extreme Weather

XCRI team supports Doane University in HPC build and implementation

XSEDE Capabilities and Resource Integration (XCRI) staff assisted in building a new high performance computing (HPC) cluster at Doane University in Crete, Nebraska

Turning Algorithms into Applicable Skills

XSEDE initiates successful advanced computing training partnership with Cal State Los Angeles

XSEDE personnel help University of Cincinnati create Advanced Research Computing Cluster

New system enables a variety of R&E activities, fosters increased collaboration between scientific, engineering, and humanities departments

Illinois researcher uses XSEDE to contribute to black hole image

Charles Gammie, a professor of Physics and Astronomy at the University of Illinois, used supercomputer simulations to help confirm the first-ever captured image of a black hole.

XSEDE Supercomputer Simulations Help Combat Tuberculosis (TB) Granulomas

University of Michigan Team Uses Comet and Stampede2 to Create TB-Formation Models

Application Deadlines Extended for Advanced Computing for Social Change, Computing4Change

These programs are geared towards undergraduate students who want to enhance their skillset and create positive change in their community.

Capture and Convert

XSEDE Helps Pitt Team Design Material to Capture and Turn CO2 into Useful Products

Pulsating Cells

Research using XSEDE supercomputers studies bioelectric effects of cells to develop new anti-cancer strategies. Cell membranes are the key regulating factor for biological processes at the...
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