News and Announcements

Argonne researchers lead engagement in how AI is reshaping scientific discovery at Trillion Parameter Consortium conference.

TPC26 brings researchers from around the world together to collaborate and advance developments in AI. Argonne researchers have contributed to planning and programming this year’s event.

A key enabler for DOE’s Genesis Mission, the service helps researchers accelerate the path from data to insight to discovery.

Researchers from Argonne will both serve on committees and as speakers at the May conference. Topics include AI accelerators, reproducibility, scaling and more.

Argonne research takes next leap in computing by mastering magnetism one atom at a time.

80^th anniversary celebrations began at Argonne with the first OutLoud lecture of 2026, featuring researchers who work at the lab’s busiest user facilities, a quiz game testing the audience’s knowledge and giveaways.

Argonne hosted the DUNE Core Software and Computing Week 2025, bringing together over 50 experts to coordinate plans for advancing software and computing infrastructure critical to unlocking the mysteries of neutrinos.

From fusion materials insights to enzyme discovery, Argonne’s AI-driven research will push the boundaries of energy, biology and materials science.

One of the fastest supercomputers in the world, Aurora is enabling new simulations of a powerful but elusive concept: fusion energy.

PETSc (Portable, Extensible Toolkit for Scientific Computing) has been helping scientists solve complex problems for over 30 years.

Researchers will address challenges in artificial intelligence, data compression, big data and more.

Argonne researchers bring insights on using AI to advance scientific research, finding faster ways to build better software, and more to HPCAsia.

Writing computer codes to support scientific research is a time-consuming manual process. But what if scientists could code as fast as they could think? Vibe coding tools could be a key to accelerating the pace of scientific discovery.

The awards underscore Argonne’s leadership in nuclear research, reactor design and regulatory support for innovative energy solutions.

Monte Carlo code simulates how subatomic particles move and interact with matter, guiding safer, more efficient and economical nuclear reactor designs and supporting a resurgence of fusion research.

Through their leadership roles at CARLA 2025, Argonne researchers expanded international high-performance computing partnerships and workforce development opportunities.

Selected projects aim to advance nuclear technologies, optimize battery manufacturing and reduce risks for freight operators.

DOE’s exascale supercomputers, including Argonne’s Aurora, power breakthroughs in AI and simulation at unprecedented scale.

The team’s work has been recognized as a finalist for the prestigious Gordon Bell Prize.

Scientists leverage Aurora supercomputer to create massive AI model that improves the range and accuracy of forecasts.