NCSA | National Center for Supercomputing Applications | Office of the Vice Chancellor of Research and Innovation | Illinois

NCSA’s student research programs highlight student innovation, mentorship and campus connections.

Students in the Center for Digital Agriculture Research Experience for Undergraduates learned what collaboration looks like at a research-driven university.

New $9 million award from the U.S. National Science Foundation aims to further integrate advanced computing resources and lower barriers for researchers.

NCSA will provide a new home for the Personalized Nutrition Initiative at the University of Illinois.

Using NCSA's Delta supercomputer, researchers built a model that is five times faster at simulating a deadly, unpredictable stage of tropical cyclones.

The Vera C. Rubin Observatory’s Legacy Survey of Space and Time officially kicked off today.

Researchers at NCSA and the University of Illinois use a novel method to better understand and diagnose cancerous tumor heterogeneity.

NCSA researchers are helping make Delta more accessible to a wider audience through an innovative workshop series.

Researchers from Yale University use NCSA resources to build AI tools that decode individual genetic blueprints and map how genes interact within tissues over time.

Grainger College of Engineering doctoral student Hajara-Yasmin Isa won a $10,000 award for providing West Africans with accessible computer science learning materials.

Researchers use their time on NCSA’s DeltaAI supercomputer to train AI agents more effectively by pitting them against each other in flying competitions.

Poster presentations, crafts and hands-on discovery were all part of NCSA’s participation in this year’s Engineering Open House.

Evolution pathways of post-detonation nanodiamonds into carbon nano-onions and carbon dots under extreme thermodynamic conditions following a detonation event. Structures are based on exascale molecular dynamics simulations and visually enhanced with AI to optimize the spatial arrangement, lighting and aesthetics. Credit: Eliu Huerta & Xiaoli Yan (Data Science and Learning Division at Argonne Nat…

Editor’s note: This article was originally published by the Department of Mechanical Science & Engineering in the Grainger College of Engineering. Designing metamaterials consisting of engineered lattices whose geometry gives them unusual strength, flexibility, or energy absorption typically requires long cycles of trial‑and‑error simulation. The challenge becomes even harder when the structure c…