6533b856fe1ef96bd12b30ec

RESEARCH PRODUCT

Prospects for hypernuclear physics at Mainz: From KAOS@MAMI to PANDA@FAIR

Anselm EsserMichaela ThielO. BorodinaO. BorodinaA. S. BotvinaV. BozkurtT.r. SaitoT.r. SaitoF. SchulzM. O. DistlerSatoshi NakamuraIvica FriščićA. WeberPatrick AchenbachToshiyuki GogamiJoerg ReinholdY. FujiiAmur MargaryanM. Gómez RodríguezKyo TsukadaDamir BosnarMasashi KanetaU. MüllerHarald MerkelS. Sánchez MajosM. SchothHiroki KandaC. Ayerbe GayosoJosef PochodzallaJunichiro KusakaOsamu HashimotoB. S. SchlimmeS. HiroseSho NagaoC. RappoldK. YoshidaL. DebenjakS. BleserSimon ŠIrcaMiha MihovilovičM. SteinenL. G. TangA. Sanchez LorenteY. KohlR. BöhmConcettina SfientiE. Kim

subject

PhysicsNuclear and High Energy PhysicsParticle physicsSpectrometerNuclear TheoryStrangeness productionHypernucleusNuclear physicsPionAntiproton beamhypernuclei; weak decay; spectroscopyKAOSGround stateNuclear ExperimentMicrotron

description

Abstract At the Mainz Microtron hypernuclei are produced by ( e , e ′ K ) reactions. A dedicated kaon spectrometer located at 0° with respect to the electron beam is used to detect kaons emitted in forward direction thus tagging events involving strangeness production. By measuring the momenta of pions from two body weak decays using high resolution magnetic spectrometers one gains direct access to the ground state masses of the produced hyperfragments. At FAIR the PANDA Collaboration intends to produce double-hypernuclei by numbers with an antiproton beam and study their high resolution γ -spectroscopy thus providing for the first time precise information on the level structure of these nuclei. The status of both experiments is reviewed.

yearjournalcountryeditionlanguage
2013-09-01
10.1016/j.nuclphysa.2013.02.008https://www.bib.irb.hr/658927