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Researchers from Paraguay take part in the DUNE project, which the Fermilab of the US Department of Energy developed with more than 1,000 experts from 31 nations.
After earning her bachelor's degree from the University of Antananarivo in Madagascar, Miriama Rajaoalisoa had initially intended to work in the field of…
James Battat, an associate professor of physics at Wellesley College, was selected to join the first class of the Gordon and Betty Moore Foundation’s…
GTT is pleased to announce that it has been awarded a contract by the Lawrence Berkeley National Laboratory to support the research work being done for the…
The decision to develop the LBNF/DUNE megaproject in two parts would add to the already exorbitant expenditures.
How long have you been employed at Fermilab? In May of 2013, I arrived as a graduate student for the first time.
In the United States, a highly intriguing initiative involving the usage of a lot of argon is now ongoing.
DUNE is working to build the world’s largest monolithic liquid argon neutrino detector. University of Iowa’s Dr.
Neutrinos may hold the key to finally answering a conundrum about the origins of our matter-dominated universe, and plans are underway for two huge…
Rock dumping activities resumed Thursday afternoon, but not before Fermilab officials met with worried locals to explain their dust reduction plan, the first…
How can you investigate a particle that is nearly undetectable? Justin Evans of the University of Manchester has been pondering this subject for the past…
MSU is working with the US Department of Energy to develop a one-of-a-kind training program for Spartan graduate students.
These studies are designed to explore ethereal particles that store the mysteries of the universe, but according to a new study, 70% of interactions are…
Despite officials’ wishes to increase support for core research as well as accelerator and detector R&D, much of the DOE’s high-energy physics program money…
Physicists from the University of Liverpool are helping to build critical equipment for the flagship DUNE global scientific project.
The DUNE (Deep Underground Neutrino Experiment) is a cutting-edge, multinational neutrino and proton decay experiment.
DUNE will require a large number of neutrinos, which will be created using extreme versions of two common ingredients: magnets and pencil lead.