Springer TDMD. J. KoskinenSegev BenZviHermann KolanoskiC. Pérez de los HerosK. MeagherElisa BernardiniTim RuheG. C. HillP. MeszarosA. SchukraftJ. L. Bazo AlbaJ. DaughheteeIgnacio TaboadaA. M. BrownJ. MillerTimo KargC. HaMarcos SantanderWolfgang RhodeK. BeattieTyce DeYoungA. Haj IsmailPaolo DesiatiSamvel Ter-AntonyanChristopher WiebuschDariusz GoraDirk HeinenKaren AndeenAya IshiharaN. van EijndhovenM. J. CarsonH. S. MatisK. HelbingStijn BuitinkSimona ToscanoMarkus AhlersJ. J. BeattySpencer KleinS. YoshidaMarkus AckermannT. KowarikA. RizzoTodor StanevM. WallraffS. GrullonTakao KuwabaraM. DierckxsensG. de Vries-UiterweerdDarren GrantW. HuelsnitzC. ColnardT. Fischer-WaselsD. BerleyJuanan AguilarDaniel BindigKael HansonS. WesterhoffSeth M. CohenJ. KunnenA. SchultesL. GladstoneOlga BotnerS. SchoenebergN. MilkeF. ClevermannSandro KopperG. KohnenJay GallagherChristian BohmR. C. BayJ. EischDave NygrenPaul EvensonF. DescampsM. GurtnerH. LandsmanA. Van OverloopChris WendtY. AbdouThomas K. GaisserM. MerckG. W. SullivanJ. E. JacobsenSteven W. BarwickK. HoshinaM. StamatikosK. HanDamian PielothK. WiebeL. BrayeurR. NahnhauerLarissa PaulA. MarottaR. FrankeDirk RyckboschT. GrieselC. HaM. ZollA. SchoenwaldP. B. PriceM. CasierT. Abu-ZayyadH. TaavolaB. HoffmannJ. BlumenthalA. SilvestriM. WalterO. FadiranT. O. B. SchmidtM. BissokJ. P. HuelssS. SeunarineA. HomeierE. MiddellKaren S. Caballero-MoraJ. AuffenbergAongus O'MurchadhaH. WissingReina H. MaruyamaA. H. Cruz SilvaR. MorseCh. WeaverL. SchulteS. M. MovitS. EulerSarah NowickiD. SeckelM. VogeFabian KislatP. O. HulthM. V. D'AgostinoThomas MeuresH. G. SanderR. WischnewskiK. H. BeckerS. TilavDonglian XuO. EngdegårdS. OdrowskiT. StezelbergerJon DummM. W. E. SmithS. FlisB. ChristyJ. C. Díaz-VélezJ. A. GoodmanM. OlivoJ. BerdermannS. BoeserE. A. StrahlerJ. C. DavisDmitry ChirkinS. HickfordR. W. EllsworthJ. W. NamS. JaparidzeNathan WhitehornR. WassermanJ. van SantenD. AltmannS. PankninP. A. ToaleMatthias WolfM. RibordyChristian SpieringK. MaseU. NaumannMichael J. BakerJ. P. RodriguesM. KrasbergJ. LuenemannAnatoli FedynitchA. StoesslMichael S. BellJames MadsenK. SchattoC. DeClercqD. Z. BessonK. LaihemP. BerghausD. RutledgeB. RuzybayevSpencer KleinJ. PosseltY. SestayoM. LabareG. B. YodhT. DegnerS. HussainG. KrollKara HoffmanD. J. BoersmaR. HellauerJ. DreyerD. TosiDawn WilliamsA. GrossM. Schunck2025-06-162025-06-162012-04-010028-08361476-468710.1038/nature1106810.48550/arxiv.1204.4219https://ror.circle-u.eu/handle/123456789/625853Gamma-Ray Bursts (GRBs) have been proposed as a leading candidate for acceleration of ultra high-energy cosmic rays, which would be accompanied by emission of TeV neutrinos produced in proton-photon interactions during acceleration in the GRB fireball. Two analyses using data from two years of the IceCube detector produced no evidence for this neutrino emission, placing strong constraints on models of neutrino and cosmic-ray production in these sources.OPENHigh Energy Astrophysical Phenomena (astro-ph.HE)FluxAstronomyPhysicsSearch500high-energy neutrinosFOS: Physical sciencesddc:500.2info:eu-repo/classification/ddc/070Astrophysics520info:eu-repo/classification/ddc/500.2High-Energy NeutrinosIcecubecosmic raysGamma Ray BurstsAstrophysics - High Energy Astrophysical PhenomenaTelescopepublication01 natural sciences0103 physical sciencesdoi_dedup___22517161http://arxiv.org/abs/1204.421911577/331055420.500.14017/e3a76a7f-2a78-447e-ae29-87c4a3db35d320.500.11937/31945