detector technology

Excavation of three colossal caverns has been completed for the international Deep Underground Neutrino Experiment in the former Homestake mine in South Dakota, the biggest and deepest gold mine in North America until its closure in 2002.

Fermilab scientist Juan Estrada recently took his novel Skipper detector technology to students in the Department of Aerospace Engineering at U of I run a thermal vacuum test for the DarkNESS mission. The test successfully demonstrated the crucial thermal control capabilities required for the detector operation.

The first components for the Deep Underground Neutrino Experiment have arrived in Lead, SD. Starting this spring the LBNF/DUNE project team and officials at the Sanford Underground Research Facility will begin tests to ensure cryostats for the experiment can be safely lowered down the Ross Shaft.

Although neutrinos are the most common matter particle in the universe they are also known as ghost particles because they move through our bodies every second without ever interacting with us. Neutrinos won’t be scaring anyone on Halloween but they will be studied by scientists in the Deep Underground Neutrino Experiment led by Fermilab.

From Pacific Northwest National Laboratory, July 25, 2023: PNNL scientists and a team of university and national laboratory collaborators recently published a paper detailing a new detector design that can be fine-tuned to increase sensitivity to physics beyond the original DUNE concept.

From PNNL, July 25, 2023: PNNL researchers and a team of university and national laboratory collaborators recently published a paper detailing a new detector design that can be fine-tuned to increase sensitivity to physics beyond the original DUNE concept. The new detector, named SLoMo, will enhances DUNE’s sensitivity to neutrinos emitted from sources other than the beam of neutrinos created at Fermilab.

From Physics World, March 6, 2023: The MINERvA experiment at Fermilab has been used to study the structure of the proton using neutrinos. Teijin Cai and colleagues working on Fermilab’s MINERvA experiment have showed how information about the proton can be extracted from neutrinos that have been scattered by the detector’s plastic target.

From the Universities Research Association: Michael Dolce, a physics doctoral candidate at Tufts University, was awarded a stipend as part of the URA’s Fall 2020 Visiting Scholars Program to compare data collected between NOvA’s Near and Far detector. While on the VSP grant, Dolce worked alongside his sponsor Dr. Louise Suter, a NOvA expert and Fermilab scientist who provided him a direct line to the laboratory and valuable guidance.

From Science News Online, August 5, 2021: Science writer Emily Conover explores the fascinating world of neutrino detectors that make the invisible world of particles visible. Read more about how neutrino detectors have evolved with insights Fermilab’s Jennifer Raaf and Sam Zeller.

From Department of Energy, June 28, 2021: DOE announces $93 million in funding for 71 research projects that will spur new discoveries in high-energy physics. The projects—housed at 50 colleges and universities across 29 states—are exploring the basics of energy science that underlie technological advancements in medicine, computing, energy technologies, manufacturing, national security and more.