Scientists working on the Short-Baseline Near Detector (SBND) at Fermi National Accelerator Laboratory have identified the detector's first neutrino interactions. The SBND collaboration has been ...

The Short Baseline Neutrino Program at Fermilab differs from previous short-baseline measurements with accelerator-made neutrinos because it features both a near detector and far detector. SBND will ...

NOvA, Fermilab's largest operating neutrino experiment, studies a behavior called neutrino oscillation. The three neutrino types change character, morphing in and out of their types as they travel.

Catherine James quietly held her cellphone up and took a few photos, then stopped and stared.The Fermilab scientist could not help but reflect a bit on the large box sitting on a flatbed that ...

While the detector isn’t overly massive it still needs to be handled with care. This means the truck transporting it to its final destination at Fermilab can only crawl at 20mph. The ICARUS ...

The DUNE near detector, to be installed about 600 meters from where the neutrinos are produced in Fermilab's accelerators, will consist of three subdetectors that will sit side by side.

The DUNE detector at Fermilab will analyze the neutrino beam close to its origin, where the beam is extremely intense. Collaborators expect this near detector to record about 50 interactions per pulse ...

It’s the most powerful accelerator-based neutrino experiment ever built in the United States, and the longest-distance one in the world. It’s called NOvA, and after nearly five years of construction, ...

The final Fermilab measurement is (116592070.5 ± 11.4  (stat.) ± 9.1 (syst.) ± 2.1  (ext.)) × 10 –11, fully consistent with ...

Lying 1.6km below ground in a former gold mine, the spaces are some 150 m long and seven storeys tall and will house DUNE’s four neutrino detector tanks, each filled with 17 000 tonnes of liquid argon ...

Then, still underneath Fermilab’s grounds, the protons will ram into a block of graphite, producing a shower of particles. As these particles decay, a stream of neutrinos is produced. A sensor will ...

The detectors will each be filled with 17,000 tons of liquid argon, cooled to -229 degrees Fahrenheit (-184 degrees C), which the neutrinos interact with, allowing physicists to detect them.