DUNE

E373840

DUNE is a next-generation international neutrino physics experiment designed to study neutrino oscillations, proton decay, and supernova neutrinos using massive liquid argon detectors deep underground.

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Label Occurrences
DUNE canonical 3

Statements (49)

Predicate Object
instanceOf long-baseline neutrino experiment
neutrino experiment
particle physics experiment
acronym DUNE self-link
associatedFacility LBNF neutrino beamline
surface form: Long-Baseline Neutrino Facility
baselineLength approximately 1300 kilometers
beamType high-intensity neutrino beam
collaborationStart 2010s
collaborationType international collaboration
dataTakingPlanned mid-2020s
depth approximately 1.5 kilometers underground
designFeature deep underground shielding from cosmic rays
high-resolution 3D imaging of neutrino interactions
modular far detector modules
detectorMass 40 kilotons of liquid argon (far detector design scale)
detectorType liquid argon detector
farDetectorLocation Sanford Underground Research Facility
field neutrino physics
particle physics
fullName LBNE experiment
surface form: Deep Underground Neutrino Experiment
goal detect neutrinos from core-collapse supernovae
determine the neutrino mass hierarchy
search for physics beyond the Standard Model
search for proton decay
study atmospheric neutrinos
hostLaboratory Fermi National Accelerator Laboratory
locatedIn Lead, South Dakota
United States of America
surface form: United States
location Sanford Underground Research Facility
nearBeamSourceLocatedIn Batavia, Illinois
nearBeamSourceLocation Fermi National Accelerator Laboratory
surface form: Fermilab
nearDetectorLocation Fermi National Accelerator Laboratory
surface form: Fermilab site
neutrinoSource LBNF neutrino beamline
surface form: Fermilab Long-Baseline Neutrino Facility
numberOfCountries over 30 countries
numberOfInstitutions over 200 institutions
primaryGoal precision measurement of neutrino oscillation parameters
search for CP violation in neutrino oscillations
researchArea CP violation in the lepton sector
astroparticle physics
neutrino mass ordering
neutrino oscillations
proton decay
supernova neutrinos
sensitivity CP violation in the lepton sector
neutrino mass ordering
sponsor U.S. Department of Energy
status under construction
usesDetectorTechnology liquid argon time projection chamber
website https://www.dunescience.org/

Referenced by (3)

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DUNE experiment acronym DUNE
DUNE acronym DUNE self-link