PRACE 2024 #HPC Excellence Award goes to Professor Luciano Rezzolla prace-ri.eu/prace-hpc-exce… via @PRACE_RI

Cosmic rays provide ways to study how galaxies evolved. Using #exascale computing and an #INCITE award researchers modeled large- and small-scale behavior and developed a new model that accounts for unexplained turbulence. ascr-discovery.org/2025/02/untang… OLCF ALCF #HPC

Vanguards of HPC-AI: Oak Ridge Lab’s Verónica G. Melesse Vergara -- Unleashing ‘Breakthrough Science’ wp.me/p3RLHQ-oRS Oak Ridge Lab OLCF Exascale Computing Project #HPC #Frontier #exascale #scientificcomputing #supercomputing

Yay, it's published! 🤩

Tommy Gies… where do I even begin Vols win 16-15 in OT Long ride back to wherever JMU is

📢 Call for data visualization submissions! If you are attending the 2025 OLCF User Meeting you can send in your research for the data visualization showcase.✨ 📆 Aug. 5 (Day 1 of the OLCF User Meeting) 🕙 5 p.m. 📍 EVEREST Details ➡️ bit.ly/4kG4NnS

Exciting news! The Flatiron Institute Center for Computational Astrophysics is investing in MESA, the open-source suite revolutionizing how we model stars. With Philip Mocz on board as a full-time research software engineer, MESA’s future shines bright! simonsfoundation.org/2025/03/31/fla…

To produce energy from fusion, you need as few disruptions as possible. But runaway electrons that result from the process can slam into a fusion device's walls. Scientists PPPL used Oak Ridge Lab's supercomputer to simulate a way to diffuse these electrons: ornl.gov/news/reining-r…

📣 U.S. Department of Energy's INCITE program is now accepting proposals for 2026! 🌟 INCITE supports groundbreaking research that requires extreme-scale computing. 📅 Deadline to submit: June 16, 2025 🔗 More details: bit.ly/3G0Hcyv

Take a behind-the-scenes look at world's first #exascale machine and world's fastest #supercomputer for open science, Oak Ridge Lab's Frontier!💫 "Walk" through the data center as you navigate over 15,000 square feet of cutting-edge innovation✨ ⤵️ my.matterport.com/show/?m=y8EHBq…

It me.

Challenges to high-performance computing threaten US innovation theconversation.com/challenges-to-… via The Conversation U.S.

“Right quick” is quicker than “quickly” but not really as quick as “real quick-like”

In the fast-paced field of nuclear physics, every second counts. ⌛ DELERIA, a groundbreaking software developed at Berkeley Lab and Oak Ridge Lab, is designed to streamline data analysis for the cutting-edge GRETA spectrometer.💫 🔗 More details ➡️ bit.ly/3F0yK29

INCITE is the premier allocation program for the exascale platforms available at DOE's Leadership Computing Facilities. We have resources--the machines, the expertise, attention from our vendor partners, and more--to help you solve THE biggest scientific problems. Apply today!

Assistant Professor Tova Holmes spoke with BBC’s Science in Action on a muon collider and what it means for the level of “Higgsiness” in the universe and the benefit to society from fundamental research. bbc.co.uk/sounds/play/w3… BBC Podcasts Premium UT Arts & Sciences

"How it carries inside it the memory of collapse..."

📣 DOE Office of Science has announced a groundbreaking investment of over 38 million node-hours of computing time for researchers tackling some of the most pressing scientific challenges.✨ More details ➡️ bit.ly/4kutNxa

Supercomputers can solve problems that would otherwise be unsolvable using experiments or traditional computers. U.S. Department of Energy Office of Science is awarding 38+ million node-hours on our supercomputers to 56 projects, including those that advance AI and fusion: energy.gov/science/articl…

[Article] Tour of Hyper-Kamiokande’s Massive Vertical Cavern Held in Hida, Japan－Facility Scheduled to Begin Operations in 2028 u-tokyo.ac.jp/focus/en/artic…