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2022-11-18
Particle Physics at the European Spallation Source
H. AbeleA. AlekouA. AlgoraK. AndersenS. BaesslerL. Barron-PalosJ. BarrowE. BaussanP. BentleyZ. BerezhianiY. BesslerA. K. BhattacharyyaA. BianchiJ. BijnensC. BlancoN. Blaskovic KraljevicM. BlennowK. BodekM. BogomilovC. BohmB. BollingE. BouquerelG. BrooijmansL. J. BroussardO. BuchanA. BurgmanH. CalenC. J. CarlileJ. CederkallE. ChanelP. ChristiansenV. CiriglianoJ. I. CollarM. CollinsC. B. CrawfordE. Cristaldo MoralesP. CupialL. D'AlessiJ. I. M. DamianH. DanaredD. DancilaJ. P. A. M. de AndreJ. P. DelahayeS. DegenkolbD. D. Di JulioM. DracosK. DunneI. EfthymiopoulosT. EkelofL. EklundM. EshraqiI. EstebanG. FanourakisA. FarrickerE. Fernandez-MartinezM. J. FerreiraM. FertlP. FierlingerB. FolsomA. FrankA. FratangeloU. Friman-GayerT. FukudaH . O . U. FynboA. Garcia SosaN. GazisB. GalnanderTh. GeralisM. GhoshG. GokbulutJ . J. Gomez-CadenasM. Gonzalez-AlonsoF. GonzalezL. HalicC. HappeP. HeilA. HeinzH. HerdeM. HollT. JenkeM. JenssenE. JerichaH. T. JohanssonR. JohanssonT. JohanssonY. KamyshkovA. Kayis TopaksuB. KildetoftK. KirchB. KlicekE. KlinkbyR. KolevatovG. KonradM. KoziolK. KrhacA. KupscL. LacnyL. LarizgoitiaC. M. LewisM. LindroosE. LychaginE. LytkenC. MaianoP. MarciniewskiG. MarkajB. MarkischC. MarrelliC. MartinsB. MeiroseM. MezzettoN. MilasD. MilsteadF. MonrabalG. MuhrerA. NepomucenoV. NesvizhevskyT. NilssonP. NovellaM. OglakciT. OhlssonM. OlvegardA. OskarssonT. OtaJ. ParkD. PatrzalekH. PerreyM. PersozG. PetkovF. M. PiegsaC. PistilloP. PoussotP. PriviteraB. RatajD. RiesN. RizziS. Rosauro-AlcarazD. RozpedzikD. SaiangV. SantoroU. SchmidtH. SchoberI. SchulthessS. SilversteinA. SimonH. SinaJ. SnaminaW. M. SnowT. SoldnerG. StavropoulosM. StipcevicB. SzybinskiA. TakibayevZ. TangR. TarkeshianC. TheroineJ. ThorneF. TerranovaJ. ThomasT. TolbaP. Torres-SanchezE. TrachanasR. TsenovU. I. UggerhojG. Vankova-KirilovaN. VassilopoulosR. WagnerX. WangE. WildnerM. WolkeJ. WurtzS. C. YiuS. G. YoonA. R. YoungL. ZaniniJ. ZejmaD. ZerzionO. ZimmerO. ZormpaY. Zou
文献摘要
Presently under construction in Lund, Sweden, the European Spallation Source (ESS) will be the world’s brightest neutron source. As such, it has the potential for a particle physics program with a unique reach and which is complementary to that available at other facilities. This paper describes proposed particle physics activities for the ESS. These encompass the exploitation of both the neutrons and neutrinos produced at the ESS for high precision (sensitivity) measurements (searches).
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