Visualizing chemistry at its theoretical limits News science Using ALCF computing resources, a team led by scientists from the University of Michigan is advancing tomographic reconstruction algorithms to improve image quality for materials characterization research. Get Ready for Aurora Aurora Argonne’s upcoming exascale supercomputer, Aurora, will leverage several technological innovations to support cutting-edge machine learning and data science workloads alongside more traditional modeling and simulation campaigns. Aurora Updates Aurora Science and User News Argonne’s Bethany Lusch and Murali Emani Help Enable ML Capabilities on Aurora HPCwire Argonne’s Bethany Lusch and Murali Emani help enable machine learning capabilities on Aurora staff Preparing for Aurora: Optimizing a Computational Dynamics Solver for Exascale HPCwire Optimizing a computational dynamics solver for exascale science Learn More About Aurora Mansi Sakarvadia named 2022-2023 DOE CSGF Science In this Q&A, ALCF research aide Mansi Sakarvadia discusses her research and what inspired her to pursue a career in computational science. ALCF User Publications Science Learn about some of the recent studies produced by the ALCF user community, including publications on ferroelectric materials, supernovae, and more. ALCF AI Testbed systems now available to research community Announcement We are now accepting project proposals to access the ALCF's Cerebras CS-2 and SambaNova DataScale systems for scientific research. Aurora Software Development Staff Learn how ALCF's Bethany Lusch and Murali Emani are helping prepare key machine learning and data analytics libraries for Argonne's upcoming exascale supercomputer.
Visualizing chemistry at its theoretical limits News science Using ALCF computing resources, a team led by scientists from the University of Michigan is advancing tomographic reconstruction algorithms to improve image quality for materials characterization research.