The Exascale Computing Project has concluded. This site is retained for historical references.
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Articles on Exascale Computing
Articles
Argonne's Upcoming Aurora Supercomputer
LLNL's El Capitan Upcoming Supercomputer
ORNL's Frontier Supercomputer
Features
ECP Technical Highlight Articles
MFiX-Exa: Prediction of Multiphase Energy Conversion Device
LatticeQCD: Exascale Lattice Gauge Theory
ExaSGD: Optimizing Stochastic Grid Dynamics at Exascale
GAMESS: Enabling GAMESS for Exascale Computing in Chemistry & Materials
ExaFEL: Data Analytics at the Exascale for Free Electron Lasers
ExaBiome Brings Metagenomics into the Exascale Era
Propelling Clean Energy
Moving toward advances in brain mapping using exascale supercomputers
Machine Learning at Exascale
Whole-Device Modeling Could Advance Scientists’ Understanding of Plasmas for Fusion Energy
At long last, the exascale era is here
Ensuring the portability of DL software to explore fusion energy on Aurora
Using Supercomputers to Understand Biomolecular Properties
Argonne’s Brice Videau prepares HIP applications for Aurora
Exascale Readiness Key to Solving High Energy Physics Mysteries
Argonne’s Abhishek Bagusetty helps develop and test software for Aurora
Optimizing a computational dynamics solver for exascale
Argonne’s Bethany Lusch and Murali Emani help enable machine learning capabilities on Aurora
Using Exascale Supercomputers to Make Clean Fusion Energy Possible
Argonne’s Joseph Insley Prepares Aurora for Scientific Visualization
Preparing Aurora for science on day one
4 science advances coming in the exascale era
Argonne lays the groundwork for its Aurora exascale supercomputer
Advancing Operating Systems and On-Node Runtime HPC Ecosystem Performance and Integration
Visualization and Analysis with Cinema in the Exascale Era
LLNL ATDM Addresses Software Infrastructure Needs for the HPC, NNSA, Cloud, and Exascale Communities
ExaAM Transforming Additive Manufacturing through Exascale Simulation
WDMApp – The First Simulation Software in Fusion History to Couple Tokamak Core to Edge Physics
MFIX-Exa – Exascale Supercomputing to Model Chemical Looping Reactors for Industrial Carbon Capture
ExaFEL Addresses the Need for an Exascale Data Analysis Workflow for the Linac Coherent Light Source at SLAC
ExaSMR Models Small Modular Reactors Throughout Their Operational Lifetime
ExaIO: Access and Manage Storage of Data Efficiently and at Scale on Exascale Systems
ECP Brings a Host of Hardware-Accelerated and GPU-Friendly Optimizations to the MPICH Library
ECP Brings Much Needed Visualization Software to Exascale and GPU-Accelerated Systems
EXAALT Addresses the Accuracy, Length, and Time (ALT) Simulation Challenges So Scientists Can Study Longer Term Molecular Dynamic Behavior
Modernizing Workflow Analysis to Assist in Supercomputer Procurements
Verifying the Universe with Exascale Supercomputers
LLVM Holds the Keys to Exascale Supercomputing
Summer of High-Performance Computing
ORNL Celebrates Launch of Frontier – the World’s Fastest Supercomputer
Pioneering Frontier: Automating at Exascale
ECP Advances the Science of Atmospheric Convection Modeling
Pushing the new Frontier
Pioneering Frontier: Navigating a New Era
Frontier Supercomputer Debuts as World’s Fastest, Breaking Exascale Barrier
LLNL scientists eagerly anticipate El Capitan’s potential impact
