News Summary
Georgia Tech has secured a $20 million grant from the National Science Foundation to develop Nexus, a cutting-edge AI supercomputer. Designed to accelerate scientific breakthroughs, Nexus will support research in fields like medicine, robotics, aerospace, and clean energy. Set for completion by spring 2026, the supercomputer will also enhance collaboration across the national research infrastructure, democratizing access to advanced AI tools and computing resources for researchers nationwide.
Atlanta, Georgia – Georgia Tech has been awarded a significant $20 million grant from the National Science Foundation (NSF) to develop a powerful AI supercomputer named Nexus. This state-of-the-art facility is set to become one of the most advanced supercomputers globally, with a focus on expediting scientific breakthroughs through artificial intelligence.
The Nexus project aims to propel discoveries across a multitude of fields, including medicine, robotics, aerospace, and clean energy. Expected to commence construction shortly, the supercomputer is projected to be completed by spring 2026.
Project Leadership and Collaboration
Professor Srinivas Aluru, a prominent advocate for the Nexus initiative at Georgia Tech, has spent several years securing funding for this transformative project. Georgia Tech will manage Nexus while earmarking up to 10% of its computing capacity for its own campus research applications.
The supercomputer is anticipated to be a vital resource for the broader science and engineering research community, serving not only as an independent platform but also as a conduit for accessing various national computing resources. The effort will involve collaboration with the National Center for Supercomputing Applications at the University of Illinois Urbana-Champaign, which will aid in the supercomputer’s development.
National Research Infrastructure
A newly established high-speed network will link Nexus with the University of Illinois supercomputers, enhancing a national research infrastructure available to researchers across the United States. This collaboration aims to foster a more interconnected scientific community capable of tackling complex research problems.
Nexus is meticulously designed to support a diverse range of scientific and AI workflows, enhancing both the speed and efficiency of scientific discovery. It features impressive specifications, capable of performing over 400 quadrillion operations per second, supported by advanced CPU and GPU configurations.
Advanced Specifications
The supercomputer will include a 10-petabyte all-flash file system and high-speed memory, significantly improving its usability for researchers. This robust infrastructure is expected to democratize access to cutting-edge AI tools, making advanced computational resources available to researchers from various institutions.
Impact and Future Prospects
The Nexus initiative is poised to become a game-changer in the realm of AI-centered innovation within the U.S., playing a crucial role in shaping the future landscape of scientific inquiry. Plans for Nexus also incorporate hands-on experiences such as training sessions and support tailored for students who aspire to delve into AI and high-performance computing fields.
With the potential to facilitate quicker progress on pressing scientific challenges, Nexus is seen as a catalyst for making previously unimaginable discoveries possible. As the demand for advanced computational power continues to grow, the Nexus supercomputer represents a strategic investment in the future of scientific research.
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