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2022-10-13
ATHENA Detector Proposal -- A Totally Hermetic Electron Nucleus Apparatus proposed for IP6 at the Electron-Ion Collider
ATHENA CollaborationJ. AdamL. AdamczykN. AgrawalC. AidalaW. AkersM. AlekseevM. M. AllenF. AmeliA. AngeramiP. AntonioliN. J. ApadulaA. AprahamianW. ArmstrongM. ArratiaJ. R. ArringtonA. AsaturyanE. C. AschenauerK. AugstenS. AuneK. BaileyC. BaldanzaM. BansalF. BarbosaL. BarionK. BarishM. BattaglieriA. BazilevskyN. K. BeheraV. BerdnikovJ. BernauerC. BerriaudA. BhasinD. S. BhattacharyaJ. BielcikJ. BielcikovaC. BissolottiW. BoeglinM. BondìM. BorriF. BossuF. BouyjouJ. D. BrandenburgA. BressanM. BrooksS. L. BueltmannD. ByerH. CainesM. Calderon de la Barca SanchezV. CalvelliA. CamsonneL. CappelliM. CapuaM. CastroD. CavazzaD. CebraA. CelentanoI. ChakaberiaB. ChanW. ChangM. ChartierC. ChatterjeeD. ChenJ. ChenK. ChenZ. ChenH. ChetriT. ChiarusiM. ChiossoX. ChuJ. J. ChwastowskiG. CicalaE. CisbaniE. ClineI. CloetD. ColellaM. ContalbrigoG. ContinR. CorlissY. Corrales-MoralesJ. CraftsC. CrawfordR. Cruz-TorresD. D'AgoA. D'AngeloN. D'HoseJ. DaintonS. Dalla TorreS. S. DasguptaS. DashN. DashyanJ. DattaM. DaugherityR. De VitaW. DeconinckM. DefurneK. DehmeltA. Del DottoF. DelcarroG. DellacasaZ. S. DemirogluG. W. DeptuchV. DesaiA. DeshpandeK. DevereauxR. DhillonR. Di SalvoC. DilksD. DixitS. DobbsX. DongJ. DrachenbergA. DreesR. DupreM. DurhamR. DzhygadloL. El FassiD. EliaE. EppleR. EshaO. EvdokimovO. EyserD. FalchieriW. FanA. FantiniR. FatemiS. FazioS. FeganA. FilippiH. FoxA. FranciscoA. FreezeS. FurletovY. FurletovaC. GalS. GardnerP. GargD. GaskellK. GatesM. T. W. GerickeF. GeurtsC. GhoshM. GiacaloneF. GiacominiS. GilchristD. GlazierK. GnanvoL. GonellaL. C. GreinerN. GuerriniL. GuoA. GuptaR. GuptaW. GurynX. HeT. HemmickS. HeppelmannD. HiginbothamM. HoballahA. HoghmrtsyanM. HohlmannT. HornD. HornidgeH. Z. HuangC. E. HydeP. IapozzutoM. IdzikB. V. JacakM. JadhavS. JainC. JenaA. JentschY. JiZ. JiJ. JiaP. G. JonesR. W. I. JonesS. JoostenS. JoshiL. KabirG. KalicyG. KaryanV. K. S. KashyapD. KawallH. KeM. KelseyJ. KimJ. KirylukA. KiselevS. R. KleinH. KlestV. KocharW. KorschL. KosarzewskiA. KotzinianF. KrizekA. KumarK. S. KumarL. KumarR. KumarS. KumarA. KunnathN. KushawahaR. LaceyY. S. LaiK. LalwaniJ. LandgrafL. LanzaD. LattuadaM. LavinskyJ. H. LeeS. H. LeeR. LemmonA. LestoneN. LewisH. LiS. LiW. LiW. LiX. LiX. LiX. LiangT. LigonzoT. LinJ. LiuK. LiuM. LiuK. LivingstonN. LiyanageT. LjubicicO. LongN. LukowY. MaJ. MammeiF. MammolitiK. MamoI. MandjavidzeS. MapleD. MarchandA. MargottiC. MarkertP. MarkowitzT. MarshallA. MartinH. MarukyanA. MastroserioS. MathewS. MayilyanC. MayriM. McEneaneyY. MeiL. MengF. MeotJ. MetcalfeZ. -E. MezianiP. MihirR. MiltonA. MirabellaM. MirazitaA. MkrtchyanH. MkrtchyanB. MohantyM. MondalA. MorrealeA. MovsisyanD. MuenstermannA. MukherjeeC. Munoz CamachoM. J. MurrayH. MustafaM. MyskaB. P. NachmanK. NagaiR. NaikJ. P. NaimJ. NamB. NandiE. NappiMd. NasimD. NeffD. NeiretP. R. NewmanM. NguyenS. NiccolaiM. NieF. NoferiniJ. NormanF. NotoA. S. NunesT. O'ConnorG. OdyniecV. A. OkorokovM. OsipenkoB. PageC. PalatchiD. PalmerP. PalniS. PandeyD. PanzieriS. ParkK. PaschkeC. PastoreR. N. PatraA. PaulS. PaulC. PecarA. PeckI. PeggC. PellegrinoC. PengL. PentchevR. PerrinoK. PiotrzkowskiT. PolakovicM. PloskonM. PosikS. PrasadR. PreghenellaS. PriensE. PriftiM. PrzybycienP. PujahariA. QuinteroM. RadiciS. K. RadhakrishnanS. RahmanS. RathiB. RaueR. ReedP. ReimerJ. ReinholdE. RennerL. RignaneseM. RipaniA. RizzoD. RomanovA. RoyN. RubiniM. RuspaL. RuanF. SabatieS. SadhukhanN. SahooP. SahuD. SamuelA. SarkarM. SarsourW. SchmidkeB. SchmooklerC. SchwarzJ. SchwieningM. ScottI. SedgwickM. SegretiS. SekulaR. SetoN. ShahA. ShahinyanD. SharmaN. SharmaE. P. SichtermannA. SignoriA. SinghB. K. SinghS. N. SinghN. SmirnovD. SokhanR. SoltzW. SondheimS. SpinaliF. StacchiR. StaszewskiP. StepanovS. StrazziI. R. StroeX. SunB. SurrowZ. SwegerT. J. SymonsV. TadevosyanA. TangE. TassiL. TeodorescuF. TessarottoD. ThomasJ. H. ThomasT. TollL. TomasekF. Torales-AcostaP. TribedyTrilokiV. TripathiR. TrottaM. TrzebińskiB. A. TrzeciakO. TsaiZ. TuR. TurrisiC. TuveT. UllrichG. M. UrciuoliA. ValentiniS. VallarinoM. VandenbrouckeJ. VanekG. VinoG. VolpeH. VoskanyanA. VossenE. VoutierG. WangY. WangD. WattsN. WickramaarachchiF. WilsonC. -P. WongX. WuY. WuJ. XieQ. -H. XuZ. XuZ. W. XuC. YangQ. YangY. YangZ. YeZ. YeL. YiZ. YinM. YurovN. ZachariouJ. ZhangY. ZhangZ. ZhangZ. ZhangY. ZhaoY. X. ZhaoZ. ZhaoL. ZhengM. Zurek
文献摘要
ATHENA has been designed as a general purpose detector capable of delivering the full scientific scope of the Electron-Ion Collider. Careful technology choices provide fine tracking and momentum resolution, high performance electromagnetic and hadronic calorimetry, hadron identification over a wide kinematic range, and near-complete hermeticity. This article describes the detector design and its expected performance in the most relevant physics channels. It includes an evaluation of detector technology choices, the technical challenges to realizing the detector and the R&D required to meet those challenges.
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