Field not found.

DUNE EXPERIMENT: INTERNATIONAL AGREEMENT SIGNED IN THE US

7 December 2023

Fermilab ReidarHahnTen international institutions – including INFN, on behalf of Italy, and CERN – signed an agreement to build the gigantic underground neutrino detector, DUNE (Deep Underground Neutrino Experiment), in the US. DUNE is an international scientific experiment that will use enormous particle detectors to study the behaviour of neutrinos and, in particular, neutrino oscillation. DUNE will consist of two underground detectors placed 1,300 kilometres apart. They will have the task of identifying the features of neutrinos and their transformations ‘en route’ from Fermilab (FNAL) – 40 km from Chicago, where high-energy beams of these particles will be produced using the new superconductor accelerator – to the Sanford Underground Research Facilities (SURF) in South Dakota. Both the detectors, the Near Detector at Fermilab (ND) and the Far Detector in Sanford (FD), involve a decisive contribution from INFN. With this agreement, the DUNE collaboration, which includes scientists from dozens of countries and more than 200 research institutes from around the world, will contribute to building detectors in both sites in the United States

 

Dune collaboration

You might also be interested in

Research infrastructures shaping the future. A moment of the public event "Driving knowledge and innovation for tomorrow's communities" hosted by the Italy Pavilion at Expo2025 Osaka.

Major research infrastructures and Italy-Japan collaboration in fundamental physics at Expo2025 Osaka

Asimmetrie: The new issue is dedicated to the constants of physics

ALICE measures the conversion of lead into gold using Italian calorimeters

Laura Zani, INFN researcher at the Roma 3 Section and winner of the Young Experimental Physicist Prize 2025

Young Experimental Physicist Prize 2025 awarded to INFN researcher Laura Zani

Immagine: MEG II ©PSI

In search of new physics: MEG II updates its record

PADME experiment_Frascati National Laboratories_INFN

New results from the Padme experiment in the search for the X17 particle