Congratulations to Argonne National Laboratory researchers and collaborators for being recognized with six 2024 HPCwire Awards at #SC24 this week!
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- Editors’ Choice: Best Use of?HPC?in Physical Sciences
Scientists at Argonne National Laboratory, University of Chicago, University of Illinois Urbana-Champaign, National Center for Supercomputing Applications, and University of Minnesota used Globus.org for data management, ALCF's Polaris supercomputer, and NCSA's Delta and DeltaAI supercomputers?to develop a physics-informed transformer model to predict gravitational wave evolution for spinning binary black hole mergers, including higher-order modes. This?AI?approach dramatically reduces simulation time from days to seconds, handling terabyte-scale datasets with high accuracy.
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- Editors’ Choice: Best?HPC?Response to Societal Plight
The Open Science Platform?OSPREY?aims to enhance pandemic response by enabling health officials to utilize HPC resources and data-driven decision-making. With support from Argonne and University of Chicago, the researchers used Globus.org, Parsl, and?EMEWS?to integrate automated workflows, data curation, and model management to facilitate rapid collaboration and development during health crises.
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- Readers’ Choice: Best?HPC?In the Cloud
Globus.org enabled near-real-time data analysis at Argonne by connecting instruments at the Advanced Photon Source with ALCF supercomputers. This automated pipeline allows scientists to adjust experiments on the fly, potentially accelerating scientific breakthroughs by delivering rapid results while researchers still have facility access.
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- Readers’ Choice: Best Use of High Performance Data Analytics?&?AI
Argonne?and Dow developed a framework combining computational fluid dynamics with an active machine learning optimizer (ActivO) for efficient turbulent jet mixer design. This novel approach optimized jet-mixing technology, potentially reducing reliability issues and costs associated with traditional agitators, with estimated savings of up to $6.1 million per year per plant.
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- Readers’ Choice: Best Use of?HPC?in Industry
Argonne and?RTX Technology Research Center used?HPC?and?CFD?modeling to simulate gas turbine film cooling with surface roughness defects. They employed Argonne’s GPU-accelerated NekRS solver on?DOE?supercomputers, providing high-fidelity data for developing surrogate models to optimize thermal management in next-generation aircraft engines.
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- Readers’ Choice: Top Supercomputing Achievement
Argonne's Aurora supercomputer showcases AI’s growing impact in supercomputing. With its massive?GPU?cluster and advanced interconnect, Aurora enables AI-driven research across fields like neuroscience, particle physics, and drug discovery. This system demonstrates how?AI?can be effectively implemented for high-performance computing, accelerating scientific breakthroughs.
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