Using AI to IMPROVE cancer research and treatments Science The DOE is leveraging its leadership computing resources to accelerate the research and development of effective cancer treatments. ALCF Annual Report Report Explore the ALCF’s 2024 Annual Report to learn how the facility and our user community are driving advances in exascale computing, AI for science, HPC workforce development, and more. Aurora Updates Aurora Science and User News ALCF Developer Session: Accelerating AI Training and Inference for Science on Aurora Exascale Supercomputer InsideHPC AI and Quantum Chemistry: Powering the Next Leap in Drug Design Qubit Pharmaceeuticals Is Dark Energy Changing? Mysterious New Data Challenges Einstein’s Cosmological Constant SciTechDaily Aurora supercomputer accelerates cancer treatment discovery Innovation News Network Learn More About Aurora Accelerating Astrophysics with AI: A Q&A with Snigdaa Sethuram, Argonne’s Margaret Butler Fellow Staff In this Q&A, Sethuram shares insights into how she is using machine learning to study the early universe, the mentors who inspired her journey, and her work developing scalable tools for the scientific community. Virtual models paving the way for advanced nuclear reactors Science With support from ALCF computing resources, researchers developed digital twin technology that aims to boost nuclear reactor efficiency and reliability. Exascale Computing Roundtable Exascale The Exascale Computing Roundtable convened its first in-person meeting this week, bringing together key stakeholders from U.S. industry and government agencies to explore how ALCF's Aurora and OLCF's Frontier supercomputers can accelerate wide-ranging research and development efforts Uintah: Reverse Monte-Carlo Radiative Ray Tracing Calculations at Scale Exascale A University of Utah-led team has enhanced the Uintah computational framework, an open-source asynchronous many-task runtime system, to achieve strong performance on ALCF's Aurora exascale supercomputer.
