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2022-02-25
Theia: Summary of physics program. Snowmass White Paper Submission
M. AskinsZ. BagdasarianN. BarrosE. W. BeierA. BernsteinE. BlucherR. BonventreE. BourretE. J. CallaghanJ. CaravacaM. DiwanS. T. DyeJ. EischA. ElaginT. EnqvistU. FahrendholzV. FischerK. FrankiewiczC. GrantD. GuffantiC. HagnerA. HallinC. M. JacksonR. JiangT. KaptanogluJ. R. KleinYu. G. KolomenskyC. KrausF. KrennrichT. KutterT. LachenmaierB. LandK. LandeL. LebanowskiJ. G. LearnedV. A. LiV. LozzaL. LudhovaM. MalekS. ManeckiJ. ManeiraJ. MaricicJ. MartynA. MastbaumC. MaugerM. MayerJ. MigendaF. MorettiJ. NapolitanoB. NaranjoM. NieslonyL. OberauerG. D. Orebi GannJ. OuelletT. PershingS. T. PetcovL. PickardR. RoseroM. C. SanchezJ. SawatzkiS. H. SeoM. SmileyM. SmyA. StahlH. SteigerM. R. StockH. SunejR. SvobodaE. TirasW. H. TrzaskaM. TzanovM. VaginsC. VilelaZ. WangJ. WangM. WetsteinM. J. WilkingL. WinslowP. WittichB. WonsakE. WorcesterM. WurmG. YangM. YehE. D. ZimmermanS. ZsoldosK. Zuber
文献摘要
Theia would be a novel, “hybrid” optical neutrino detector, with a rich physics program. This paper is intended to provide a brief overview of the concepts and physics reach of Theia. Full details can be found in the Theia white paper [1].
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