News & Announcements

His work enables faster experiments and new pathways for energy-efficient devices and quantum technologies.

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 split‑ring resonators to rare‑isotope beams, ATLAS has been expanding the frontiers of nuclear physics for four decades — and it’s just getting started.

This 2025 Physical Sciences and Engineering Early Investigator Named Award recipient studies innovative accelerator technologies.

Recent research showed that a novel, on-chip sensor can quickly measure ultrafast electromagnetic bursts. This breakthrough makes beam diagnostics simpler and more precise, setting the stage for next-generation accelerator technology.

His work has broad relevance, including making the most of difficult-to-mine rare-earth elements.

BeamNetUS has issued a call for proposals, offering researchers a national-scale opportunity for access to beam-test facilities across the U.S.

Bridging nuclear physics and artificial intelligence, physicist pushes the boundaries of research and accelerator operations.

Her leadership enables Argonne to continue pushing the boundaries of accelerator science.

Recent advancements at the ATLAS user facility are enhancing operations and efficiency to help unlock new insights into the universe’s fundamental forces.

Zholents, an Argonne distinguished fellow, is well known for his work on short X-ray pulse techniques and cooling strategies for particle colliders.

Discover how quantum shells might change the game for high-resolution and ultrafast scintillator imaging with many applications.

Chemerisov chose science over engineering as a teenager in the Soviet Union because he craved ​“effort, ingenuity and critical thinking.” Today he employs all three in both disciplines at Argonne.

Scientists used a neural network, a type of brain-inspired machine learning algorithm, to sift through large volumes of particle collision data.

Graduate students gain access to world-class research, resources and mentorship at Argonne.

Using the bright X-rays of the Advanced Photon Source and a custom-built characterization platform, scientists have traced the ion movements inside perovskites, a potential material for new solar energy harvesting devices.

Particle accelerators are vital tools for studying the structure and behavior of the particles that make up matter.

Contributions from Argonne will drive innovation in particle physics and shed light on outstanding mysteries in the field.

Guided by the Long Range Plan, Argonne is advancing nuclear science research to address grand challenges and uncover the nature and history of the universe.

Papadopoulou is leveraging the capabilities of Fermi National Accelerator Laboratory as part of a three-year fellowship at Argonne National Laboratory.