Improving next-generation aircraft with supercomputing and AI Science Using ALCF's Aurora exascale system, a University of Colorado Boulder-led team is combining large-scale simulations and machine learning to advance turbulence modeling and guide the design of more efficient aircraft. DOE's ALCC program awards ALCF computing time to 25 projects Announcement Researchers will use the ALCF's Aurora and Polaris systems to pursue breakthroughs across a wide range of fields, including fusion energy, materials discovery, and AI-driven science. Aurora Updates Aurora Science and User News Argonne and Partners Celebrate Aurora’s Impact on Science with AI and Exascale Power HPCwire Aurora supercomputer ushers in new era of AI-driven discovery for the US Innovation News Network From Circuits to Scale: Intel’s Path to Exascale Intel 'Aurora,' new super computer at Argonne National Lab to help solve science's biggest problems FOX32 Chicago Learn More About Aurora Aurora’s dedication highlights advances in supercomputing and AI-driven research Aurora DOE, Argonne, and partners gathered to celebrate the lab's new Aurora exascale supercomputer and its role in accelerating scientific breakthroughs with powerful AI, simulation, and data analysis capabilities. Methods, Tools, and Best Practices for Coupling Simulation and AI on ALCF Systems Webinar Join us on August 27 for a webinar over various methods and tools scientists can use on ALCF systems to overcome these challenges, providing both simple and real-world scientific examples that illustrate best practices for coupled HPC-AI workloads. 2025 ALCF Hands-on HPC Workshop Workshop Join us for the 2025 ALCF Hands-on HPC Workshop, a two-part event designed to advance ALCF users’ skills in high-performance computing and artificial intelligence. Super-resolution X-ray technique reveals atomic insights Science With support from ALCF computing resources, researchers developed a novel X-ray technique that captures detailed, ultrafast snapshots of electron interactions.