6533b862fe1ef96bd12c6d3b
RESEARCH PRODUCT
Search for Gravitational-wave Signals Associated with Gamma-Ray Bursts during the Second Observing Run of Advanced LIGO and Advanced Virgo
B. P. AbbottR. AbbottT. D. AbbottS. AbrahamF. AcerneseK. AckleyC. AdamsR. X. AdhikariV. B. AdyaC. AffeldtM. AgathosK. AgatsumaN. AggarwalO. D. AguiarL. AielloA. AinP. AjithG. AllenA. Allocca AloyM. A. Altin P. A.A. AmatoS. AnandA. AnanyevaS. B. AndersonW. G. AndersonS. V. AngelovaS. AntierS. AppertK. AraiM. C. ArayaJ. S. AreedaM. ArèneN. ArnaudS. M. AronsonS. AscenziG. AshtonS. M. AstonP. AstoneF. AubinP. AufmuthK. AultonealC. AustinV. AvendanoA. Avila-alvarezS. BabakP. BaconF. BadaraccoM. K. M. BaderS. BaeJ. BairdP. T. BakerF. BaldacciniG. BallardinS. W. BallmerA. BalsS. BanagiriJ. C. BarayogaC. BarbieriS. E. BarclayB. C. BarishD. BarkerK. BarkettS. BarnumF. BaroneB. BarrL. BarsottiM. BarsugliaD. BartaJ. BartlettI. BartosR. BassiriA. BastiM. BawajJ. C. BayleyM. BazzanB. BécsyM. BejgerI. BelahceneA. S. BellD. BeniwalM. G. BenjaminB. K. BergerG. BergmannS. BernuzziC. P. L. BerryD. BersanettiA. BertoliniJ. BetzwieserR. BhandareJ. BidlerE. BiggsI. A. BilenkoS. A. BilgiliG. BillingsleyR. BirneyO. BirnholtzS. BiscansM. BischiS. BiscoveanuA. BishtM. BitossiM. A. BizouardJ. K. BlackburnJ. BlackmanC. D. BlairD. G. BlairR. M. BlairS. BloemenF. BobbaN. BodeM. BoerY. BoetzelG. BogaertF. BonduR. BonnandP. BookerB. A. BoomR. BorkV. BoschiS. BoseV. BossilkovJ. BosveldY. BouffanaisA. BozziC. BradaschiaP. R. BradyA. BramleyM. BranchesiJ. E. BrauM. BreschiT. BriantJ. H. BriggsF. BrighentiA. BrilletM. BrinkmannP. BrockillA. F. BrooksJ. BrooksD. D. BrownS. BrunettA. BuikemaT. BulikH. J. BultenA. BuonannoD. BuskulicC. BuyR. L. ByerM. CaberoL. CadonatiG. CagnoliC. CahillaneJ. Calderón BustilloT. A. CallisterE. CalloniJ. B. CampW. A. CampbellM. CanepaK. C. CannonH. CaoJ. CaoG. CarapellaF. CarbognaniS. CarideM. F. CarneyG. CarulloJ. Casanueva DiazC. CasentiniS. CaudillM. CavagliàF. CavalierR. CavalieriG. CellaP. Cerdá-duránE. CesariniO. ChaibiK. ChakravartiS. J. ChamberlinM. ChanS. ChaoP. CharltonE. A. ChaseE. Chassande-mottinD. ChatterjeeM. ChaturvediB. D. CheeseboroH. Y. ChenX. ChenY. ChenH. -P. ChengC. K. CheongH. Y. ChiaF. ChiadiniA. ChincariniA. ChiummoG. ChoH. S. ChoM. ChoN. ChristensenQ. ChuS. ChuaK. W. ChungS. ChungG. CianiM. CieślarA. A. CiobanuR. CiolfiF. CiprianoA. CironeF. ClaraJ. A. ClarkP. ClearwaterF. ClevaE. CocciaP. -F. CohadonD. CohenM. ColleoniC. G. ColletteC. CollinsM. ColpiL. R. CominskyM. ConstancioR. JL. ContiS. J. CooperP. CorbanT. R. CorbittI. Cordero-carriónS. CorezziK. R. CorleyN. CornishD. CorreA. CorsiS. CorteseC. A. CostaR. CotestaM. W. CoughlinS. B. CoughlinJ. -P. CoulonS. T. CountrymanP. CouvaresP. B. CovasE. E. CowanD. M. CowardM. J. CowartD. C. CoyneR. CoyneJ. D. E. CreightonT. D. CreightonJ. CripeM. CroquetteS. G. CrowderT. J. CullenA. CummingL. CunninghamE. CuocoT. Dal CantonG. DályaB. D’angeloS. L. DanilishinS. D’antonioK. DanzmannA. DasguptaC. F. Da Silva CostaL. E. H. DatrierV. DattiloI. DaveM. DavierD. DavisE. J. DawD. DebraM. DeenadayalanJ. DegallaixM. De LaurentisS. DelégliseW. Del PozzoL. M. DemarchiN. DemosT. DentR. De PietriR. De RosaC. De RossiR. DesalvoO. De VaronaS. DhurandharM. C. DíazT. DietrichL. Di FioreC. DifronzoC. Di GiorgioF. Di GiovanniM. Di GiovanniT. Di GirolamoA. Di LietoB. DingS. Di PaceI. Di PalmaF. Di RenzoA. K. DivakarlaA. DmitrievZ. DoctorF. DonovanK. L. DooleyS. DoravariI. DorringtonT. P. DownesM. DragoJ. C. DriggersZ. DuJ. -G. DucoinP. DupejO. DuranteS. E. DwyerP. J. EasterG. EddollsT. B. EdoA. EfflerP. EhrensJ. EichholzS. S. EikenberryM. EisenmannR. A. EisensteinL. ErricoR. C. EssickH. EstellesD. EstevezZ. B. EtienneT. EtzelM. EvansT. M. EvansV. FafoneS. FairhurstX. FanS. FarinonB. FarrW. M. FarrE. J. Fauchon-jonesM. FavataM. FaysM. FazioC. FeeJ. FeichtM. M. FejerF. FengA. Fernandez-galianaI. FerranteE. C. FerreiraT. A. FerreiraF. FidecaroI. FioriD. FiorucciM. FishbachR. P. FisherJ. M. FishnerR. FittipaldiM. Fitz-axenV. FiumaraR. FlaminioM. FletcherE. FlodenE. FlynnH. FongJ. A. FontP. W. F. ForsythJ. -D. FournierFrancisco Hernandez VivancoS. FrascaF. FrasconiZ. FreiA. FreiseR. FreyV. FreyP. FritschelV. V. FrolovG. FronzèP. FuldaM. FyffeH. A. GabbardB. U. GadreS. M. GaebelJ. R. GairL. GammaitoniS. G. GaonkarC. García-quirósF. GarufiB. GateleyS. GaudioG. GaurV. GayathriG. GemmeE. GeninA. GennaiD. GeorgeJ. GeorgeL. GergelyS. GhongeAbhirup GhoshArchisman GhoshS. GhoshB. GiacomazzoJ. A. GiaimeK. D. GiardinaD. R. GibsonK. GillL. GloverJ. GniesmerP. GodwinE. GoetzR. GoetzB. GoncharovG. GonzálezJ. M. Gonzalez CastroA. GopakumarS. E. GossanM. GosselinR. GouatyB. GraceA. GradoM. GranataA. GrantS. GrasP. GrassiaC. GrayR. GrayG. GrecoA. C. GreenR. GreenE. M. GretarssonA. GrimaldiS. J. GrimmP. GrootH. GroteS. GrunewaldP. GruningG. M. GuidiH. K. GulatiY. GuoA. GuptaAnchal GuptaP. GuptaE. K. GustafsonR. GustafsonL. HaegelO. HalimB. R. HallE. D. HallE. Z. HamiltonG. HammondM. HaneyM. M. HankeJ. HanksC. HannaM. D. HannamO. A. HannukselaT. J. HansenJ. HansonT. HarderT. HardwickK. HarisJ. HarmsG. M. HarryI. W. HarryR. K. HasskewC. J. HasterK. HaughianF. J. HayesJ. HealyA. HeidmannM. C. HeintzeH. HeitmannF. HellmanP. HelloG. HemmingM. HendryI. S. HengJ. HennigM. HeursS. HildT. HindererS. HochheimD. HofmanA. M. HolgadoN. A. HollandK. HoltD. E. HolzP. HopkinsC. HorstJ. HoughE. J. HowellC. G. HoyY. HuangM. T. HübnerE. A. HuertaD. HuetB. HugheyV. HuiS. HusaS. H. HuttnerT. Huynh-dinhB. IdzkowskiA. IessH. InchauspeC. IngramR. IntaG. IntiniB. IrwinH. N. IsaJ. -M. IsacM. IsiB. R. IyerT. JacqminS. J. JadhavK. JaniN. N. JanthalurP. JaranowskiD. JariwalaA. C. JenkinsJ. JiangD. S. JohnsonA. W. JonesD. I. JonesJ. D. JonesR. JonesR. J. G. JonkerL. JuJ. JunkerC. V. KalaghatgiV. KalogeraB. KamaiS. KandhasamyG. KangJ. B. KannerS. J. KapadiaS. KarkiR. KashyapM. KasprzackS. KatsanevasE. KatsavounidisW. KatzmanS. KauferK. KawabeN. V. KeerthanaF. KéfélianD. KeitelR. KennedyJ. S. KeyF. Y. KhaliliI. KhanS. KhanE. A. KhazanovN. KhetanM. KhursheedN. KijbunchooChunglee KimJ. C. KimK. KimW. KimW. S. KimY. -M. KimC. KimballP. J. KingM. Kinley-hanlonR. KirchhoffJ. S. KisselL. KleybolteJ. H. KlikaS. KlimenkoT. D. KnowlesP. KochS. M. KoehlenbeckG. KoekoekS. KoleyV. KondrashovA. KontosN. KoperM. KorobkoW. Z. KorthM. KovalamD. B. KozakC. KrämerV. KringelN. KrishnenduA. KrólakN. KrupinskiG. KuehnA. KumarP. KumarRahul KumarRakesh KumarL. KuoA. KutyniaS. KwangB. D. LackeyD. LaghiK. H. LaiT. L. LamM. LandryB. B. LaneR. N. LangJ. LangeB. LantzR. K. LanzaA. Lartaux-vollardP. D. LaskyM. LaxenA. LazzariniC. LazzaroP. LeaciS. LeaveyY. K. LecoeucheC. H. LeeH. K. LeeH. M. LeeH. W. LeeJ. LeeK. LeeJ. LehmannA. K. LenonN. LeroyN. LetendreY. LevinA. LiJ. LiLi K. J. L.Li T. G. F.X. LiF. LinF. LindeS. D. LinkerT. B. LittenbergJ. LiuX. LiuM. Llorens-monteagudoLo R. K. L.L. T. LondonA. LongoM. LorenziniV. LorietteM. LormandG. LosurdoJ. D. LoughC. O. LoustoG. LovelaceM. E. LowerH. LückD. LumacaA. P. LundgrenR. LynchY. MaR. MacasS. MacfoyM. MacinnisD. M. MacleodA. MacquetI. Magaña HernandezF. Magaña-sandovalR. M. MageeE. MajoranaI. MaksimovicA. MalikN. ManV. MandicV. ManganoG. L. MansellM. ManskeM. MantovaniM. MapelliF. MarchesoniF. MarionS. MárkaZ. MárkaC. MarkakisA. S. MarkosyanA. MarkowitzE. MarosA. MarquinaS. MarsatF. MartelliI. W. MartinR. M. MartinV. MartinezD. V. MartynovH. MasalehdanK. MasonE. MasseraA. MasserotT. J. MassingerM. Masso-reidS. MastrogiovanniA. MatasF. MatichardL. MatoneN. MavalvalaJ. J. MccannR. MccarthyD. E. McclellandS. MccormickL. MccullerS. C. McguireC. McisaacJ. MciverD. J. McmanusT. McraeS. T. McwilliamsD. MeacherG. D. MeadorsM. MehmetA. K. MehtaJ. MeidamE. Mejuto VillaA. MelatosG. MendellR. A. MercerL. MereniK. MerfeldE. L. MerilhM. MerzouguiS. MeshkovC. MessengerC. MessickF. MessinaR. MetzdorffP. M. MeyersF. MeylahnA. MianiH. MiaoC. MichelH. MiddletonL. MilanoA. L. MillerM. MillhouseJ. C. MillsM. C. Milovich-goffO. MinazzoliY. MinenkovA. MishkinC. MishraT. MistryS. MitraV. P. MitrofanovG. MitselmakherR. MittlemanG. MoD. MoffaK. MogushiS. R. P. MohapatraM. Molina-ruizM. MondinM. MontaniC. J. MooreD. MoraruF. MorawskiG. MorenoS. MorisakiB. MoursC. M. Mow-lowryF. MuciacciaArunava MukherjeeD. MukherjeeS. MukherjeeSubroto MukherjeeN. MukundA. MullaveyJ. MunchE. A. MuñizM. MuratoreP. G. MurrayI. NardecchiaL. NaticchioniR. K. NayakB. F. NeilJ. NeilsonG. NelemansT. J. N. NelsonM. NeryA. NeunzertL. NevinNg K. Y.S. NgC. NguyenP. NguyenD. NicholsS. A. NicholsS. NissankeF. NoceraC. NorthL. K. NuttallM. ObergaulingerJ. OberlingB. D. O’brienG. OganesyanG. H. OginOh J. J.Oh S. H.F. OhmeH. OhtaM. A. OkadaM. OliverP. OppermannRichard J. OramB. O’reillyR. G. OrmistonL. F. OrtegaR. O’shaughnessyS. OssokineD. J. OttawayH. OvermierB. J. OwenA. E. PaceG. PaganoM. A. PageG. PagliaroliA. PaiS. A. PaiJ. R. PalamosO. PalashovC. PalombaH. PanP. K. PandaP. T. H. PangC. PankowF. PannaraleB. C. PantF. PaolettiA. PaoliA. ParidaW. ParkerD. PascucciA. PasqualettiR. PassaquietiD. PassuelloM. PatilB. PatricelliE. PayneB. L. PearlstoneT. C. PechsiriA. J. PedersenM. PedrazaR. PedurandA. PeleS. PennA. PeregoC. J. PerezC. PérigoisA. PerrecaJ. PetermannH. P. PfeifferM. PhelpsK. S. PhukonO. J. PiccinniM. PichotF. PiergiovanniV. PierroG. PillantL. PinardI. M. PintoM. PirelloM. PitkinW. PlastinoR. PoggianiD. Y. T. PongS. PonrathnamP. PopolizioJ. PowellA. K. PrajapatiJ. PrasadK. PrasaiR. PrasannaG. PrattenT. PrestegardM. PrincipeG. A. ProdiL. ProkhorovM. PunturoP. PuppoM. PürrerH. QiV. QuetschkeP. J. QuinonezF. J. RaabG. RaaijmakersH. RadkinsN. RadulescoP. RaffaiS. RajaC. RajanB. RajbhandariM. RakhmanovK. E. RamirezA. Ramos-buadesJaved RanaK. RaoP. RapagnaniV. RaymondM. RazzanoJ. ReadT. RegimbauL. ReiS. ReidD. H. ReitzeP. RettegnoF. RicciC. J. RichardsonJ. W. RichardsonP. M. RickerG. RiemenschneiderK. RilesM. RizzoN. A. RobertsonF. RobinetA. RocchiL. RollandJ. G. RollinsV. J. RomaM. RomanelliR. RomanoC. L. RomelJ. H. RomieC. A. RoseD. RoseK. RoseD. RosińskaS. G. RosofskyM. P. RossS. RowanA. RüdigerP. RuggiG. RutinsK. RyanS. SachdevT. SadeckiM. SakellariadouO. S. SalafiaL. SalconiM. SaleemA. SamajdarL. SammutE. J. SanchezL. E. SanchezN. Sanchis-gualJ. R. SandersK. A. SantiagoE. SantosN. SarinB. SassolasB. S. SathyaprakashO. SauterR. L. SavageP. SchaleM. ScheelJ. ScheuerP. SchmidtR. SchnabelR. M. S. SchofieldA. SchönbeckE. SchreiberB. W. SchulteB. F. SchutzJ. ScottS. M. ScottE. SeidelD. SellersA. S. SenguptaN. SennettD. SentenacV. SequinoA. SergeevY. SetyawatiD. A. ShaddockT. ShafferM. S. ShahriarM. B. ShanerA. SharmaP. SharmaP. ShawhanH. ShenR. ShinkD. H. ShoemakerD. M. ShoemakerK. ShuklaS. ShyamsundarK. SiellezM. SieniawskaD. SiggL. P. SingerD. SinghN. SinghA. SinghalA. M. SintesS. SitmukhambetovV. SklirisB. J. J. SlagmolenT. J. Slaven-blairJ. R. SmithR. J. E. SmithS. SomalaE. J. SonS. SoniB. SorazuF. SorrentinoT. SouradeepE. SowellA. P. SpencerM. SperaA. K. SrivastavaV. SrivastavaK. StaatsC. StachieM. StandkeD. A. SteerM. SteinkeJ. SteinlechnerS. SteinlechnerD. SteinmeyerS. P. StevensonD. StocksR. StoneD. J. StopsK. A. StrainG. StrattaS. E. StriginA. StrunkR. SturaniA. L. StuverV. SudhirT. Z. SummerscalesL. SunS. SunilA. SurJ. SureshP. J. SuttonB. L. SwinkelsM. J. SzczepańczykM. TaccaS. C. TaitC. TalbotD. B. TannerD. TaoM. TápaiA. TapiaJ. D. TassonR. TaylorR. TenorioL. TerkowskiM. ThomasP. ThomasS. R. ThondapuK. A. ThorneE. ThraneShubhanshu TiwariSrishti TiwariV. TiwariK. TolandM. TonelliZ. TornasiA. Torres-fornéC. I. TorrieD. TöyräF. TravassoG. TraylorM. C. TringaliA. TripatheeA. TrovatoL. TrozzoK. W. TsangM. TseR. TsoL. TsukadaD. TsunaT. TsutsuiD. TuyenbayevK. UenoD. UgoliniC. S. UnnikrishnanA. L. UrbanS. A. UsmanH. VahlbruchG. VajenteG. ValdesM. ValentiniN. Van BakelM. Van BeuzekomJ. F. J. Van Den BrandC. Van Den BroeckD. C. Vander-hydeL. Van Der SchaafJ. V. VanheijningenA. A. Van VeggelM. VardaroV. VarmaS. VassM. VasúthA. VecchioG. VedovatoJ. VeitchP. J. VeitchK. VenkateswaraG. VenugopalanD. VerkindtF. VetranoA. ViceréA. D. VietsS. VinciguerraD. J. VineJ. -Y. VinetS. VitaleT. VoH. VoccaC. VorvickS. P. VyatchaninA. R. WadeL. E. WadeM. WadeR. WaletM. WalkerL. WallaceS. WalshH. WangJ. Z. WangS. WangW. H. WangY. F. WangR. L. WardZ. A. WardenJ. WarnerM. WasJ. WatchiB. WeaverL. -W. WeiM. WeinertA. J. WeinsteinR. WeissF. WellmannL. WenE. K. WesselP. WeßelsJ. W. WesthouseK. WetteJ. T. WhelanB. F. WhitingC. WhittleD. M. WilkenD. WilliamsA. R. WilliamsonJ. L. WillisB. WillkeW. WinklerC. C. WipfH. WittelG. WoanJ. WoehlerJ. K. WoffordJ. L. WrightWu D. S.D. M. WysockiS. XiaoR. XuH. YamamotoC. C. YanceyL. YangY. YangZ. YangM. J. YapM. YazbackD. W. YeelesYu HangYu HaocunS. H. R. YuenA. K. ZadrożnyA. ZadrożnyM. ZanolinT. ZelenovaJ. -P. ZendriM. ZevinJ. ZhangL. ZhangT. ZhangC. ZhaoG. ZhaoM. ZhouZ. ZhouX. J. ZhuM. E. ZuckerJ. Zweizig The Ligo Scientific Collaboration The Virgo CollaborationR. L. AptekarW. V. BoyntonD. D. FrederiksS. V. GolenetskiiD. V. GolovinK. HurleyA. V. KozlovaM. L. LitvakI. G. MitrofanovA. B. SaninD. S. SvinkinCollaboration IpnFrancesco CarotenutoBadri Krishnansubject
Burst astrophysicAstrofísicaneutron star: binary010504 meteorology & atmospheric sciencesBinary numberAstrophysics01 natural sciencesLIGOQCSUPERNOVArelativistic jetsQBHigh Energy Astrophysical Phenomena (astro-ph.HE)Settore FIS/01counterpartGRBGravitational waves (678)Physical SciencesRELATIVISTIC JETSAstrophysics - High Energy Astrophysical PhenomenaGravitational waveGravitationstarsblack-holeAstrophysics::High Energy Astrophysical PhenomenaGeneral Relativity and Quantum Cosmology (gr-qc)precursor activityGravitational wavesSettore FIS/05 - Astronomia e AstrofisicasupernovaCORE-COLLAPSEGamma-ray burstGravitational wave sourcesScience & TechnologyVirgoRCUKAstronomy and AstrophysicsHigh energy astrophysics (739)RedshiftDewey Decimal Classification::500 | Naturwissenschaften::520 | Astronomie Kartographiedetector: sensitivityVIRGOSpace and Planetary Sciencegravitational radiation: emissionBLACK-HOLEddc:520Gravitational wave astronomyGamma-ray burst[PHYS.ASTR]Physics [physics]/Astrophysics [astro-ph]STARSGravitacióAstronomySignalGeneral Relativity and Quantum CosmologyBurst astrophysicslocalizationemission010303 astronomy & astrophysicsPhysicsDetectorGamma-ray bursts (629)[PHYS.GRQC]Physics [physics]/General Relativity and Quantum Cosmology [gr-qc]Gravitational wave sourcePRECURSOR ACTIVITYGamma-ray burstsLIGO (920)High energy astrophysicsdata analysis methodBurst astrophysics (187)FOS: Physical sciencesAstrophysics::Cosmology and Extragalactic Astrophysicsgamma ray: burstAstronomy & AstrophysicsMASSgravitational radiation: direct detectionGravitational wave astronomy Gravitational wave sources LIGO; Gravitational waves Gamma-ray bursts Burst astrophysics High energy astrophysicsGravitational wave astronomy (675)electromagnetic field: production0103 physical sciencesnumerical calculationsGRB; gravitational waves; LIGO; VirgoSTFC0105 earth and related environmental sciencesgravitational wavesneutron starsGravitational waveCOUNTERPARTgravitational radiationLIGOcore-collapsegravitational radiation detectorGravitational wave sources (677)radiationNeutron starPhysics and AstronomymassRADIATIONEMISSIONGravitational wave astronomy; Gravitational wave sources; LIGO; Gravitational waves; Gamma-ray bursts; Burst astrophysics; High energy astrophysicsdescription
We present the results of targeted searches for gravitational-wave transients associated with gamma-ray bursts during the second observing run of Advanced LIGO and Advanced Virgo, which took place from 2016 November to 2017 August. We have analyzed 98 gamma-ray bursts using an unmodeled search method that searches for generic transient gravitational waves and 42 with a modeled search method that targets compact-binary mergers as progenitors of short gamma-ray bursts. Both methods clearly detect the previously reported binary merger signal GW170817, with p-values of <9.38 10-6 (modeled) and 3.1 10-4 (unmodeled). We do not find any significant evidence for gravitational-wave signals associated with the other gamma-ray bursts analyzed, and therefore we report lower bounds on the distance to each of these, assuming various source types and signal morphologies. Using our final modeled search results, short gamma-ray burst observations, and assuming binary neutron star progenitors, we place bounds on the rate of short gamma-ray bursts as a function of redshift for z ≤ 1. We estimate 0.07-1.80 joint detections with Fermi-GBM per year for the 2019-20 LIGO-Virgo observing run and 0.15-3.90 per year when current gravitational-wave detectors are operating at their design sensitivities.
year | journal | country | edition | language |
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2019-11-20 |