Articles on Exascale Computing

Stories and opinions that explore the many ways in which exascale computing will transform research and improve our lives.

Title	Author	Affiliation
Optimizing a deep learning framework for cancer research for Aurora	Nils Heinonen	ANL
Aurora software development: Bringing the OCCA open-source library to exascale	Nils Heinonen	ANL
Porting a computational chemistry code to exascale architectures	Nils Heinonen	ANL
Argonne and Oak Ridge National Laboratories Award Codeplay Software to Further Strengthen SYCL Support Extending the Open Standard Software for AMD GPUs	Codeplay	ANL
Porting ATLAS experiment codes to exascale architectures	Nils Heinonen	ANL
Aurora software development: Preparing profiling tools for exascale	Nils Heinonen	ANL
Porting a particle-in-cell code to exascale architectures	Nils Heinonen	ANL
Preparing a cosmological simulation code for exascale systems	Nils Heinonen	ANL
Preparing an earthquake risk assessment application for exascale	Nils Heinonen	ANL
Preparing for exascale: Argonne’s Aurora to accelerate discoveries in particle physics at CERN	John Spizzirri	ANL
Argonne scientists collaborate to create first full-core pin-resolved nuclear reactor model	Jared Sagoff	ANL
Preparing for exascale: Aurora supercomputer to help scientists visualize the spread of cancer	Joan Koka	ANL
ALCF’s new Polaris testbed supercomputer to help pave the way to exascale	Jim Collins	ANL
Argonne, New York Power Authority plan for the future in a changing climate	Liz Thompson	ANL
Now in 3D: Deep learning techniques help visualize X-ray data in three dimensions	Andre Salles	ANL
Helping companies use high-performance computing to improve U.S. manufacturing	Liz Thompson	ANL
Caterpillar and Argonne project shifts heavy-duty engine design into higher gear	Liz Thompson	ANL
A Decade in the Life of Nyx	Shaun Nichols	LBNL
How AMReX is Influencing the Exascale Landscape	Kathy Kincade	LBNL
Cracking Open Strong Field Quantum Electrodynamics	William Schulz	LBNL
Berkeley Lab Targets Exascale with Perlmutter and NESAP	LBNL	LBNL
Pioneering Frontier: Planning Ahead	Coury Turczyn	ORNL
Pioneering Frontier: Keeping the Power On	Coury Turczyn	ORNL
Pioneering Frontier: Staying on Track	Rachel McDowell	ORNL
Pioneering Frontier: Managing Milestones	Coury Turczyn	ORNL
Pioneering Frontier: Planning Against Pitfalls	Matt Lakin	ORNL
Pioneering Frontier: Forging a New Compiler	Coury Turczyn	ORNL
Pioneering Frontier: Fine-Tuning 'Serial No. 1'	Matt Lakin	ORNL
Pioneering Frontier: Test-Driving with "User Zero"	Matt Lakin	ORNL
Pioneering Frontier: Packaging a User-Friendly Supercomputer Environment	Coury Turczyn	ORNL
Pioneering Frontier: Meeting Industry at Scale	Rachel McDowell	ORNL
OLCF Announces Storage Specifications For Frontier Exascale System	Matt Lakin	ORNL
Powering Frontier	Rachel McDowell	ORNL
Making Room for Frontier	Will Wells	ORNL
Stunning Specs: What's Inside the Nation's First Exascale Supercomputer Facility?	Rachel McDowell	ORNL
Building an Exascale-Class Data Center	Coury Turczyn	ORNL
Powering up: LLNL prepares for exascale with massive energy & water upgrade	LLNL	LLNL
Contributing capabilities to E3SM-MMF	LANL	LANL
Early access systems at LLNL mark progress toward El Capitan	LLNL	LLNL
Aurora Exascale System To Advance Dark Matter Research	Linda Barney	Intel
Aurora Exascale System To Advance Cosmology Research: Building the Universe in a Supercomputer	Linda Barney	Intel
NWChemEx: Computational Chemistry Code for the Exascale Era	Linda Barney	Intel
Quantum Monte Carlo at Exascale Could Be Key to Finding New Semiconductor Materials	Linda Barney	Intel