NEWFAST/IOTA, an accelerator technology test facility at Fermilab, will serve as one of the testbeds for the AI tools developed by the Multi-Office Accelerator Team. Photo: Ryan Postel, Fermilab
Fermilab researchers develop AI tools to advance the future of particle accelerators
NEWICARUS collaboration
ICARUS experiment marks major milestone in first neutrino science results
NEW
Physicists zero in on the mass of the fundamental W boson particle
MIT News, April 8, 2026
NEW
South Dakota neutrino project at SURF named 2026 Underground Project of the Year
KOTA Territory, April 14, 2026
Northwestern and Fermilab quantum data helps build a new AI benchmark for quantum calibration with NVIDIA Ising open models
Northwestern Institute for Quantum Information Research and Engineering, April 14, 2026
Largest neutrino experiment in the US wins Project of the Year Award
New fundamental physics measurement deepens quantum mystery
Scientific American, April 10, 2026
Fermilab develops tunable quantum detector to accelerate dark matter search
National Today, April 8, 2026
US lab’s 60-ton ‘giant cage’ detector filters ‘fake’ cosmic noise with 99.99% accuracy
Interesting Engineering, April 8, 2026
Physicist Steven Gardiner recently received a Department of Energy Early Career Award to explore the low-energy research potential of the Deep Underground Neutrino Experiment.
Steven Gardiner receives Early Career Award to advance low-energy neutrino research at DUNE
Scientists commission crucial subsystem in pioneering particle physics experiment
Argonne National Laboratory, April 7, 2026
Setup of an experiment at Fermilab to test use of an ultrasensitive detector to search for evidence of dark photons, a hypothetical particle of dark matter. Housed within a dilution refrigerator kept at cryogenic temperatures, the copper wrapped mu-metal can, at right, contains the detector. Credit: Fang Zhao, Fermilab
New electronically tunable quantum detector speeds up search for dark matter