Talk at South Dakota Mines explains how neutrinos are like ice cream
KOTA-TV, May 20 2026
This graphic shows the engineering design model of the underground DUNE near detector hall. The neutrino beam enters from the right. The liquid-argon time projection chamber (labeled ND-LAr) is the first to encounter the neutrino beam. Directly behind it sits the muon spectrometer, shown in blue and green. Both can move off the beam axis (toward the upper right) to sample different neutrino energies. The third component, the beam monitor at the farthest end of the hall, depicted in yellow and blue, stays in place on axis in the beam. Credit: DUNE Collaboration
DUNE will use liquid-argon time projection chamber technology both near and far
Scientists from around the world gather in Black Hills to plan next phase of neutrino experiment
KOTA-TV-, MAy 20, 2026
First steel beams for DUNE start to be lowered underground
CERN News, May 11, 2026
Fermilab engineer Yash Saxena holds a custom circuit board designed to measure chip performance in cryogenic environments. Credit: JJ Starr, Fermilab
Fermilab leads multi-lab AI initiative to accelerate design of chips used in extreme environments
Making a mark on history
Black Hills Pioneer, May 9, 2026
A massive neutrino experiment is taking shape in an abandoned gold mine
Scientific American, May 8 2026
Officials hail ‘major milestone’ for US Deep Underground Neutrino Experiment
Physics World, May 8, 2026
Dune May 7 event
Fermilab marks major milestone for world-leading DUNE experiment
Anna Grassellino is chief technology officer and associate laboratory director for the Technology Directorate at Fermilab. Credit: Fermilab
Anna Grassellino appointed to DOE Office of Science Advisory Committee
Fermilab team members in front of the 14th and final superconducting cryomodule built for the high-energy LCLS upgrade. Credit: JJ Starr, Fermilab
Fermilab completes its part in upgrading world’s most powerful X-ray laser
NIU signing 2026
Fermilab teams up with NIU to launch quantum science program