In the news – DUNE partners

How I spent my summer learning about enigmatic particles that pass right through me by the billions every second!

Neutrinos were first detected by Los Alamos researchers in 1956 and today very little is known about these elusive particles. Today, Los Alamos is part of the international collaboration of DUNE which aims to launch the most intense neutrino beam in the world.

The Black Hills Pioneer covers what is DUNE and why is it important in a special section covering underground science in the Black Hills region. Starting on page 11, an interview with DUNE Physics Coordinator, Chris Marshall, discusses how the project will work and the science of DUNE.

A group of engineers in the Engineering Services group at Argonne designed shielding doors for radiation protection and a crucial component of the DUNE detector for the international Deep Underground Neutrino Experiment.

The Sanford Lab Homestake Visitor Center in Lead, SD has a new centerpiece. A towering three-dimensional model that includes the Open Cut and 370 miles of drifts, ramps, and shafts that make up the Sanford Underground Research Facility was made to convey the giant caverns at SURF for the Long Baseline Neutrino Facility / Deep Underground Neutrino Experiment.

CERN’s ProtoDUNE has entered a pivotal stage: the filling of one of its two particle detectors with liquid argon. The liquid argon will provide a clean environment for precise measurements in neutrino interactions and allow scientists to detect and study neutrino interactions.

Rigging crews at SURF are performing a series of tests using a large wooden model L-beam built to the same scale as one of the huge steel components that arrived in South Dakota in January after being shipped from Spain. The tests are being done in anticipation of lowering the real thing down the shaft to the underground 4850 level.

The Tachyon Project of Rensselaer Polytechnic Institute has been awarded a five-year grant from the U.S. DOE HEP to model, simulate and validate the transport, transmission and analysis of particle physics data using extreme-scale computing systems, AI and ML techniques. Tachyon will utilize data and information from Fermilab to model the entire distributed infrastructure required to transmit and analyze data from DUNE to the computing facilities at the Argonne in near real time.

Physicists from Syracuse University are part of the more than 1,400 scientists that make up the DUNE collaboration. The Syracuse team were involved in the development and testing of the first detector’s components, helping finalize the design and testing plans of the anode plane assemblies. The team also researched and developed light sensors for the first detector’s module and investigated how adding small amounts of the element xenon could improve their performance.

Physicists from the University of Texas at Arlington will build portions of the first two far detectors to be installed at the South Dakota site fro DUNE. Having been part of the collaboration since its earliest stages, UTA physicists also assisted in the construction of prototype detectors at CERN.