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Photo montage of Berkeley Lab's Inventors and Developers of the Year FY2024. Top row left to right: Joe Palasz, Damian Rouson, Sebastien Biraud, Gerd Ceder. Bottom row left to right: Mike Tucker, Gang Huang, Yilun Xu. Credit: Ruby Barcklay, Berkeley Lab

Article
ATAP

Caption: From left: Raúl Briceño, Stefan Wild, and Ahmet Kusoglu. Credit: Jenny Nuss/Berkeley Lab. ALT: Three people in circular frames on a gradient background, all smiling.

Article
Nuclear Science

Berkeley Lab News Center feature image montage. Credit: Jenny Nuss, Berkeley Lab

Article
ATAP

2024's Biggest Breakthroughs in Physics - Quanta Magazine

Video
Physics

A plasma channel forms in a sheet of supersonic gas. (Credit: Alexander Picksley and Anthony Gonsalves/Berkeley Lab)

Science Highlight
ATAP

BELLA Center Staff Scientist Stepan Bulanov. Matthew Fullmer/Berkeley Lab

Article
ATAP

Olga Shapoval, research scientist in the ATAP's Advanced Modeling Program at Berkeley Lab. Thor Swift/Berkeley Lab

Article
ATAP

ATAP Deputy Division Director, Operations, Asmita Patel (far left), joins students participating in High Schools STEM Day. Photo: Berkeley Lab

Article
ATAP

The Berkeley Lab niobium-tin magnet assembly team for the High-Luminosity Large Hadron Collider Accelerator Upgrade Project. (l-r) Daniel Cheng, Juan Rodriguez, Paolo Ferracin, Jennifer Doyle, Simone Johnson, Laura Garcia Fajardo, Jonathan Hekmat, Matthew Reynolds, Mike Solis, Joshua Herrera, and Bob Memmo. Photo Credit: Andy Lin, Berkeley Lab

Article
ATAP

Berkeley Lab Engineering Division team member contributing to the LCLS-II high-energy upgrade. (l-r) Diego Arbelaez, Michael Hallock, Philip Mallon, Kyle McCombs, Maya Kota, and Kelly Hanzel. Daniel Bruch/SLAC

Article
ATAP

Hitoshi Murayama speaks at the Particle Physics Project Prioritization Panel (P5) Town Hall Meeting at Berkeley Lab in February 2023. Photo credit: Paul Mueller, Berkeley Lab

Article
Physics

An artist's concept of a highly magnetized neutron star. According to current theory, axions would be created in the hot interior of the neutron star. UC Berkeley astrophysicists say that the strong magnetic field of the star will transform these axions into gamma rays that can be detected from Earth, pinpointing the mass of the axion. Casey Reed, courtesy of Penn State; reproduction is permitted under a Creative Commons Attribution Non-Commercial 3.0 License

Article
Physics

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