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. 2013 Mar 29;110(13):131302.
doi: 10.1103/PhysRevLett.110.131302. Epub 2013 Mar 28.

Search for dark matter annihilations in the sun with the 79-string IceCube detector

M G Aartsen  1 R AbbasiY AbdouM AckermannJ AdamsJ A AguilarM AhlersD AltmannJ AuffenbergX BaiM BakerS W BarwickV BaumR BayK BeattieJ J BeattyS BechetJ Becker TjusK-H BeckerM BellM L BenabderrahmaneS BenZviJ BerdermannP BerghausD BerleyE BernardiniA BernhardD BertrandD Z BessonD BindigM BissokE BlaufussJ BlumenthalD J BoersmaS BohaichukC BohmD BoseS BöserO BotnerL BrayeurA M BrownR BruijnJ BrunnerS BuitinkM CarsonJ CaseyM CasierD ChirkinB ChristyK ClarkF ClevermannS CohenD F CowenA H Cruz SilvaM DanningerJ DaughheteeJ C DavisC De ClercqS De RidderP DesiatiG de Vries-UiterweerdM de WithT DeYoungJ C Díaz-VélezJ DreyerM DunkmanR EaganB EberhardtJ EischR W EllsworthO EngdegårdS EulerP A EvensonO FadiranA R FazelyA FedynitchJ FeintzeigT FeuselsK FilimonovC FinleyT Fischer-WaselsS FlisA FranckowiakR FrankeK FrantzenT FuchsT K GaisserJ GallagherL GerhardtL GladstoneT GlüsenkampA GoldschmidtG GolupJ A GoodmanD GóraD GrantA GroßM GurtnerC HaA Haj IsmailA HallgrenF HalzenK HansonD HeeremanP HeimannD HeinenK HelbingR HellauerS HickfordG C HillK D HoffmanR HoffmannA HomeierK HoshinaW HuelsnitzP O HulthK HultqvistS HussainA IshiharaE JacobiJ JacobsenG S JaparidzeK JeroO JlelatiB KaminskyA KappesT KargA KarleJ L KelleyJ KirylukF KislatJ KläsS R KleinJ-H KöhneG KohnenH KolanoskiL KöpkeC KopperS KopperD J KoskinenM KowalskiM KrasbergG KrollJ KunnenN KurahashiT KuwabaraM LabareH LandsmanM J LarsonM Lesiak-BzdakJ LeuteJ LünemannJ MadsenR MaruyamaK MaseH S MatisF McNallyK MeagherM MerckP MészárosT MeuresS MiareckiE MiddellN MilkeJ MillerL MohrmannT MontaruliR MorseR NahnhauerU NaumannH NiederhausenS C NowickiD R NygrenA ObertackeS OdrowskiA OlivasM OlivoA O'MurchadhaL PaulJ A PepperC Pérez de los HerosC PfendnerD PielothN PirkJ PosseltP B PriceG T PrzybylskiL RädelK RawlinsP RedlE ResconiW RhodeM RibordyM RichmanB RiedelJ P RodriguesC RottT RuheB RuzybayevD RyckboschS M SabaT SalamehH-G SanderM SantanderS SarkarK SchattoM ScheelF ScheriauT SchmidtM SchmitzS SchoenenS SchönebergL SchönherrA SchönwaldA SchukraftL SchulteO SchulzD SeckelS H SeoY SestayoS SeunarineC SheremataM W E SmithM SoironD SoldinG M SpiczakC SpieringM StamatikosT StanevA StasikT StezelbergerR G StokstadA StößlE A StrahlerR StrömG W SullivanH TaavolaI TaboadaA TamburroS Ter-AntonyanS TilavP A ToaleS ToscanoM UsnerD van der DriftN van EijndhovenA Van OverloopJ van SantenM VehringM VogeM VraegheC WalckT WaldenmaierM WallraffR WassermanCh WeaverM WellonsC WendtS WesterhoffN WhitehornK WiebeC H WiebuschD R WilliamsH WissingM WolfT R WoodK WoschnaggC XuD L XuX W XuJ P YanezG YodhS YoshidaP ZarzhitskyJ ZiemannS ZierkeA ZillesM ZollIceCube Collaboration
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Free article

Search for dark matter annihilations in the sun with the 79-string IceCube detector

M G Aartsen et al. Phys Rev Lett. .
Free article

Abstract

We have performed a search for muon neutrinos from dark matter annihilation in the center of the Sun with the 79-string configuration of the IceCube neutrino telescope. For the first time, the DeepCore subarray is included in the analysis, lowering the energy threshold and extending the search to the austral summer. The 317 days of data collected between June 2010 and May 2011 are consistent with the expected background from atmospheric muons and neutrinos. Upper limits are set on the dark matter annihilation rate, with conversions to limits on spin-dependent and spin-independent scattering cross sections of weakly interacting massive particles (WIMPs) on protons, for WIMP masses in the range 20-5000 GeV/c2. These are the most stringent spin-dependent WIMP-proton cross section limits to date above 35 GeV/c2 for most WIMP models.

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