GERDA

E588250

GERDA is a physics experiment at Italy’s Gran Sasso underground laboratory designed to search for neutrinoless double beta decay in germanium-76.

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Statements (48)

Predicate Object
instanceOf neutrinoless double beta decay experiment
physics experiment
achievedResult reached background-free regime in Phase II for 76Ge search
set lower limit on neutrinoless double beta decay half-life of 76Ge
acronym GERDA NERFINISHED
aimsToDetermine Majorana nature of neutrinos
aimsToProbe effective Majorana neutrino mass
backgroundReductionStrategy active veto systems
operation in liquid argon
passive shielding
collaborationIncludes German research institutes
Italian research institutes
other European institutions
collaborationType international collaboration
dataProduct energy spectra of 76Ge decays
dataTakingPhase Phase I
Phase II
detectorEnvironment liquid argon cryostat
fullName GERmanium Detector Array NERFINISHED
hostInstitution INFN Gran Sasso National Laboratory NERFINISHED
hostLaboratoryType underground laboratory
isotopeElement germanium
isotopeMassNumber 76
locatedInCountry Italy
locatedInFacility Laboratori Nazionali del Gran Sasso NERFINISHED
locatedUnder Gran Sasso mountain NERFINISHED
operatesDeepUnderground true
primaryGoal search for neutrinoless double beta decay in germanium-76
publicationType peer-reviewed journal articles
researchField neutrino physics
nuclear physics
particle physics
scientificObjective constrain neutrino mass hierarchy scenarios
test lepton number violation
sharesTechnologyWith MAJORANA Demonstrator NERFINISHED
shieldingMaterial liquid argon
water
startOfPhaseI 2011
startOfPhaseII 2015
status completed
studiesIsotope 76Ge
studiesProcess neutrinoless double beta decay
successorExperiment LEGEND NERFINISHED
undergroundDepthCategory deep underground laboratory
usesDetectorMaterial germanium-76
usesDetectorType high-purity germanium detector
usesTechnique enriched germanium detectors
pulse shape discrimination

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