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PandaXSkiptomaincontentHomeWhatsNewResearchPandaXPandaX4tonCJPLPublicationsScientificPublicationsTechnicalPublicationsTalksPhDThesesDataReleaseCollaborationIACReportsInternalPandaX:ParticleandAstrophysicalXenonExperimentsPandaXisastagedexperimentalprogramthatutilizesxenondetectorstosearchforelusivedarkmatterparticlesandunderstandneutrinos\'fundamentalproperties.ThePandaXcollaborationhasnowenteredintothemulti-tonstage,PandaX-4T.PandaXIIPandaX-IIisadarkmatterdirectdetectionexperimentequippedwithahalf-tonscaledual-phasetimeprojectionchamber(TPC),operatedinCJPLbetweenOct.2014andJune2019.In2016and2017,PandaX-IIproducedtheworldleadingconstraintstodarkmatter-nucleoninteractions.Seealistofscientificpublicationshere.PandaX-4TWith6-tonoftotalXenonand4-tonsensitivetarget,PandaX-4TaimstoimprovethedarkmattersensitivitybyoneorderofmagnitudeincomparisontoPandaX-II.PandaX-4Talsoplanstomakesensitivesearchesonneutrinolessdoublebetadecayof,andothersignalsfromnewphysics.Thisprojectisexpectedtocommencedatatakingin2021.PandaXIIIPandaX-IIIsearchesforthepossibleneutrinolessdoublebetadecaywith200kgtoonetonof90%enrichedinahighpressuregaseousXenonTPC.NewsPhysicsintheMeVrangewithPandaX-4T:measurementofdoublebetadecayhalf-lifeofXe-136PandaX-4Tisnotjustadarkmatterdetector,asyoumaybemorefamiliarwith.Forsuchalargeandexquisitedetector,wecanexploremultiplephysicstopics.Neutrinophysicsisonesuchimportantdirection.PandaX’sfirstattemptto“see”thesolarneutrinofloorBackgroundneutrinoscanelasticallyscatterwithtargetnucleus(coherentlyelasticneutrino-nucleusscatteringorCEvNS),producingnuclearrecoilsignalsinadarkmatterdetectorthatcanmimicdarkmattersignals.Thisintrinsicbackgroundistheso-called“neutrinofloor”,whichwillultimatelylimitthesensitivityofdarkmatterdirectdetection.Ontheotherhand,italsoprovidesveryinterestingphysicsopportunitiestostudyneutrinointeractions.Searchforsub-GeVdarkmatterwithanewdiurnalmodulationsignatureWiththeextraenergygainedfromthecosmicrays, sub-GeVdarkmatterparticlescanproducevisiblerecoilsignalsinthedetector.Wepresentanewresultsearchingforthecosmicrayboosteddarkmatter(CRDM)withthePandaX-IIfulldata.Thisworkismotivatedbythetheoreticalpaper(PRL.126091804),whichfirstpointedoutthatasiderealdiurnalmodulationinsignalrateandenergyspectrumduetotheEarthshieldingisexpectedforlowmassCRDM.PandaX-4TpublishedthefirstresultinPhysicsReviewLetters,givingthestrongestWIMP-nucleoninteractionconstraint!OnDecember24,2021,thefirstdarkmattersearchresultfromPandaX-4T,aliquidxenondetectionexperiment,waspublishedinPhysicalReviewLettersasthe\"Editor\'sSuggestion\"[1].TheAmericanPhysicalSociety《Physics》reportedthisPandaX-4TlatestresulttogetherwithanotherresultfromtheAxionDarkMatterExperimentwithatitleof\"TighteningtheNetonTwoKindsofDarkMatter\"PandaXcollaborationpublishedanewresultoflightdarkmattersearchinginPhysicsReviewLettersAnewresultonsearchingoflightdarkmatter(DM)withPandaX-IIexperimentaldatawaspublishedonlineinPhysicalReviewLettersonMay28,2021withatitleof\"SearchforLightDarkMatter–ElectronScatteringinthePandaX-IIExperiment\"[1].Thisisthe6thPRLpaperpublishedwithPandaX-IIdata. 1of3next›FeaturedContentPhysicsintheMeVrangewithPandaX-4T:measurementofdoublebetadecayhalf-lifeofXe-136Searchforsub-GeVdarkmatterwithanewdiurnalmodulationsignaturePandaX’sfirstattemptto“see”thesolarneutrinofloorPandaX-4TpublishedthefirstresultinPhysicsReviewLetters,givingthestrongestWIMP-nucleoninteractionconstraint!PandaXcollaborationpublishedanewresultoflightdarkmattersearchinginPhysicsReviewLettersLaboratoryofParticlePhysicsandCosmologyShanghaiJiaoTongUniversityDongChuangRoad800Shanghai200240webmaster@pandax.sjtu.edu.cn862154743830©沪交ICP备20160063CommunityTsung-DaoLeeInstituteInstituteofHighEnergyPhysicsCenterForAstronomy&AstrophysicsAtShanghaiJiaoTongUniversity,weexplorethesecretsofnaturebylookingforthemysteriousDarkMatterParticles,aswellasdetectingandmeasuringthepresenceandabsenceofNeutrinos.

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