E3SM-MMF: Forecasting Water Resources and Severe Weather with Greater Confidence
By exploiting the power and performance advantages of GPUs and exascale computing, researchers aim to better predict changes to Earth’s water cycles.
By exploiting the power and performance advantages of GPUs and exascale computing, researchers aim to better predict changes to Earth’s water cycles.
Lawrence Livermore National Laboratory recently announced that it had broken ground on its Exascale Computing Facility Modernization project.
The Center for Efficient Exascale Discretizations (CEED) recently released version 4.1 of its MFEM finite element library, which introduces features important for the nation’s first exascale supercomputers.
In the latest episode of the Let's Talk Exascale podcast, John Turner of Oak Ridge National Laboratory provides a look at additive manufacturing and the ExaAM project from different angles.
When the US Department of Energy boots up the world’s first generation of exascale supercomputers next year, researchers hope to find some of the most elusive questions of modern science suddenly closer to being solved.
Antypas is currently the division deputy and Data Department head at the National Energy Research Scientific Computing Center (NERSC) at Lawrence Berkeley National Laboratory. She replaces Terri Quinn, who is returning to her full-time responsibilities as deputy associate director for Livermore Computing, Lawrence Livermore National Laboratory’s high-performance computing organization.
Spack (Supercomputer PACKage manager) is an R&D 100–Award winner because of its worldwide impact on high-performance computing.
Dan Martin of Lawrence Berkeley National Laboratory is now at the helm of the Earth and Space Science portfolio for the Exascale Computing Project.
Writer Jennifer Huber of NERSC delves into ExaWind's science challenge problem, its use of the computational code called Nalu-Wind, and its collaboration.
The ZFP software development effort is tackling the critical task of overcoming the performance cost of data movement for exascale computing.
Jennifer Huber of NERSC writes about how the ExaWind project is advancing our basic understanding of the flow physics governing wind plant performance.
Container technology has provided greater software flexibility, reliability, ease of deployment, and portability—an ECP project aims to deliver it for exascale computing systems.