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.

All labels observed (1)

Label Occurrences
GERDA canonical 3

How this entity was disambiguated

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 ⓘ
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 ⓘ
hostInstitution INFN Gran Sasso National Laboratory ⓘ
hostLaboratoryType underground laboratory ⓘ
isotopeElement germanium ⓘ
isotopeMassNumber 76 ⓘ
locatedInCountry Italy ⓘ
locatedInFacility Laboratori Nazionali del Gran Sasso ⓘ
locatedUnder Gran Sasso mountain ⓘ
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 ⓘ
shieldingMaterial liquid argon ⓘ
water ⓘ
startOfPhaseI 2011 ⓘ
startOfPhaseII 2015 ⓘ
status completed ⓘ
studiesIsotope 76Ge ⓘ
studiesProcess neutrinoless double beta decay ⓘ
successorExperiment LEGEND ⓘ
undergroundDepthCategory deep underground laboratory ⓘ
usesDetectorMaterial germanium-76 ⓘ
usesDetectorType high-purity germanium detector ⓘ
usesTechnique enriched germanium detectors ⓘ
pulse shape discrimination ⓘ

How these facts were elicited

Referenced by (3)

Full triples — surface form annotated when it differs from this entity's canonical label.