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Video: Getting ready for Aurora and other extreme-scale computers

ALCF Director of Science Katherine Riley and Intel's Joe Curley talk exascale and preparing applications for Argonne National Laboratory’s upcoming Aurora supercomputer. Check out the video featured in Intel's Innovation Showcase.

Intel Video: Katherine Riley

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ATPESC 2022: Call for applications

The annual Argonne Training Program on Extreme-Scale Computing (ATPESC) is set for July 31 - August 12, 2022. This year's program will mark the 10th anniversary of ATPESC! Apply by March 1, 2022, for an opportunity to learn the tools and techniques needed to use the world's most powerful supercomputers for science.

ATPESC tour

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Intel’s Borealis testbed targets exascale readiness for Aurora

Intel's Borealis testbed provides a resource for evaluating, testing, and debugging the hardware and software technologies that will power Argonne National Laboratory's upcoming exascale supercomputer, Aurora. "Borealis is critical because of the size and scale of the Aurora system, the number of new technologies, and the complexity of the software stack," said Intel's Robert Wisniewski. Check out the Q&A with HPCWire to learn more

Intel's Borealis testbed

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Video: ITER physics as early science on Aurora

How will fusion energy research benefit from exascale supercomputers? In a video featured in Intel's Innovation Showcase, Argonne National Laboratory's Tim Williams, manager of ALCF's Aurora Early Science Program, discusses a project led by Princeton Plasma Physics Laboratory that is preparing to carry out exascale simulations of impurity ion physics in the ITER tokamak.

Intel Video: Tim Williams

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ECP Podcast: Argonne researchers discuss CANDLE development for Aurora

In the latest episode of ECP's Let's Talk Exascale Code Development podcast, Argonne National Laboratory's Thomas Brettin, Venkat Vishwanath, and Harry Yoo discuss the ongoing efforts to prepare the CANDLE (CANcer Distributed Learning Environment) framework for ALCF's upcoming exascale supercomputer, Aurora.

Candle ECP Podcast Image

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Aurora ESP PI Amanda Randles appears on ByteCast podcast

In the new episode of ACM's ByteCast podcast, Amanda Randles of Duke University discusses her groundbreaking research with blood flow simulations, including her work to prepare for ALCF's upcoming Aurora exascale supercomputer. Randles is leading the Aurora Early Science Program project, "Extreme-Scale In-Situ Visualization and Analysis of Fluid-Structure-Interaction Simulations."

ByteCast Image

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ALCC Call for Proposals for 2022-2023

Have a computationally intensive science project that could benefit from supercomputing resources at ALCF, OLCF, and NERSC? The U.S. Department of Energy's ASCR Leadership Computing Challenge (ALCC) is now seeking proposals for 2022-2023. Pre-proposals are due December 17, 2021.

ALCC Call for Proposals

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Kevin Brown named Argonne’s first Walter Massey Fellow

Congratulations to ALCF's Kevin Brown for being named Argonne National Laboratory's first Walter Massey Fellow! “I want to eventually not only do research, but to be the kind of scientist who enables many others to make breakthroughs," says Brown. 

Kevin Brown Image

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Argonne National Laboratory researchers recognized with 5 HPCwire Awards at SC21

Congrats to Argonne National Laboratory researchers and collaborators for being recognized with 5 HPCwire Awards at SC21 this week! Awards included Outstanding Leadership in HPC (Valerie Taylor), Best Use of HPC in Industry, Best Use of High Performance Data Analytics & AI (x2), Best Use of HPC in Physical Sciences

Valerie Taylor Award Photo

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Team Intelligent Resolution presents their Gordon Bell Prize-nominated study of the SARS-CoV-2 replication mechanism

Team Intelligent Resolution will present their Gordon Bell Prize-nominated study of the SARS-CoV-2 replication mechanism at 2:30 pm (CT) today at SC21. The multi-institutional team, which includes several Argonne National Laboratory researchers, leveraged AI and supercomputing resources at ALCF, OLCF, NERSC, and TACC to enable their groundbreaking study.

Paper Authors