Physics Performance Report for PANDA: Strong Interaction Studies with Antiprotons
PANDA CollaborationW. ErniBasel UI. KeshelashviliBasel UB. KruscheBasel UM. SteinacherBasel UY. K. HengBeijing, Inst. High Energy PhysZhen LiuBeijing, Inst. High Energy PhysM. X. LiuBeijing, Inst. High Energy PhysX. Y. ShenBeijing, Inst. High Energy PhysOlli WangBeijing, Inst. High Energy PhysH. XuBeijing, Inst. High Energy PhysJ. BeckerRuhr U., BochumF. FeldbauerRuhr U., BochumF. H. HeinsiusRuhr U., BochumT. HeldRuhr U., BochumH. KochRuhr U., BochumB. KopfRuhr U., BochumM. PelizaeusRuhr U., BochumT. SchroederRuhr U., BochumM. SteinkeRuhr U., BochumU. WiednerRuhr U., BochumJ. ZhongRuhr U., BochumA. BianconiBrescia UM. BragadireanuBukarest-Magurele UD. PanteaBukarest-Magurele UA. TudoracheBukarest-Magurele UV. TudoracheBukarest-Magurele UM. De NapoliCatania U. & INFN, CataniaF. GiacoppoCatania U. & INFN, CataniaG. RacitiCatania U. & INFN, CataniaE. RapisardaCatania U. & INFN, CataniaC. SfientiCatania U. & INFN, CataniaE. BialkowskiCracow, INPA. BudzanowskiCracow, INPB. CzechCracow, INPM. KistrynCracow, INPS. KliczewskiCracow, INPA. KozelaCracow, INPP. KulessaCracow, INPK. PyszCracow, INPW. SchaeferCracow, INPR. SiudakCracow, INPA. SzczurekCracow, INPW. Czy. zyckiCracow Tech. UM. DomagalaCracow Tech. UMarek HawrylukCracow Tech. UE. LisowskiCracow Tech. UFilip LisowskiCracow Tech. UL. WojnarCracow Tech. UD. T. GilJagiellonian UP. HawranekJagiellonian UB. KamysJagiellonian USt. KistrynJagiellonian UK. KorcylJagiellonian UW. KrzemieńJagiellonian UA. MagieraJagiellonian UP. MoskalJagiellonian UZ. RudyJagiellonian UP. SalaburaJagiellonian UJ. SmyrskiJagiellonian UA. WrońskaJagiellonian UM. Al-TuranyDarmstadt, GSII. AugustinDarmstadt, GSIH. DeppeDarmstadt, GSIH. FlemmingDarmstadt, GSIJ. GerlDarmstadt, GSIK. GoetzenDarmstadt, GSIR. HohlerDarmstadt, GSID. LehmannDarmstadt, GSIB. LewandowskiDarmstadt, GSIJ. LuehningDarmstadt, GSIF. E. MaasDarmstadt, GSID. MishraDarmstadt, GSIH. OrthDarmstadt, GSIΚ. PetersDarmstadt, GSITakehiko SaitoDarmstadt, GSIG. SchepersDarmstadt, GSIC. J. SchmidtDarmstadt, GSIL. SchmittDarmstadt, GSIChristopher G. SchwarzDarmstadt, GSIB. VossDarmstadt, GSIP. WieczorekDarmstadt, GSIA. WilmsDarmstadt, GSIKai-Thomas BrinkmannDresden, Tech. UH. FreieslebenDresden, Tech. UR. JaekelDresden, Tech. UR. KliemtDresden, Tech. UT. WuerschigDresden, Tech. UH.-G. ZaunickDresden, Tech. UV. M. AbazovDubna, JINRG. AlexeevDubna, JINRA. ArefievDubna, JINRV. I. AstakhovDubna, JINRM. Yu. BarabanovDubna, JINRB. V. BatyunyaDubna, JINRYu. I. DavydovDubna, JINRV.Kh. DodokhovDubna, JINRA. EfremovDubna, JINRA. FedunovDubna, JINRA. A. FeshchenkoDubna, JINR
ABI
Аннотация
To study fundamental questions of hadron and nuclear physics in interactions of antiprotons with nucleons and nuclei, the universal PANDA detector will be built. Gluonic excitations, the physics of strange and charm quarks and nucleon structure studies will be performed with unprecedented accuracy thereby allowing high-precision tests of the strong interaction. The proposed PANDA detector is a state-of-the art internal target detector at the HESR at FAIR allowing the detection and identification of neutral and charged particles generated within the relevant angular and energy range. This report presents a summary of the physics accessible at PANDA and what performance can be expected.
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