J/ApJ/760/12ivo://CDS.VizieR/J/ApJ/760/12doi:10.26093/cds/vizier.17600012CDSAbadie J.Abbott B.P.Abbott R.Abbott T.D.Abernathy M.Accadia T.,Acernese F.Adams C.Adhikari R.X.Affeldt C.Agathos M.Agatsuma K.,Ajith P.Allen B.Ceron E.A.Amariutei D.Anderson S.B.Anderson W.G.,Arai K.Arain M.A.Araya M.C.Aston S.M.Astone P.Atkinson D.,Aufmuth P.Aulbert C.Aylott B.E.Babak S.Baker P.Ballardin G.,Ballmer S.Barayoga J.C.B.Barker D.Barone F.Barr B.Barsotti L.,Barsuglia M.Barton M.A.Bartos I.Bassiri R.Bastarrika M.Basti A.,Batch J.Bauchrowitz J.Bauer TH.S.Bebronne M.Beck D.Behnke B.,Bejger M.Beker M.G.Bell A.S.Belopolski I.Benacquista M.,Berliner J.M.Bertolini A.Betzwieser J.Beveridge N.Beyersdorf P.T.,Bilenko I.A.Billingsley G.Birch J.Biswas R.Bitossi M.,Bizouard M.A.Black E.Blackburn J.K.Blackburn L.Blair D.Bland B.,Blom M.Bock O.Bodiya T.P.Bogan C.Bondarescu R.Bondu F.,Bonelli L.Bonnand R.Bork R.Born M.Boschi V.Bose S.Bosi L.,Bouhou B.Braccini S.Bradaschia C.Brady P.R.Braginsky V.B.,Branchesi M.Brau J.E.Breyer J.Briant T.Bridges D.O.Brillet A.,Brinkmann M.Brisson V.Britzger M.Brooks A.F.Brown D.A.Bulik T.,Bulten H.J.Buonanno A.Burguet-Castell J.Buskulic D.Buy C.,Byer R.L.Cadonati L.Calloni E.Camp J.B.Campsie P.Cannizzo J.,Cannon K.Canuel B.Cao J.Capano C.D.Carbognani F.Carbone L.,Caride S.Caudill S.Cavaglia M.Cavalier F.Cavalieri R.Cella G.,Cepeda C.Cesarini E.Chaibi O.Chalermsongsak T.Charlton P.,Chassande-mottin E.Chelkowski S.Chen W.Chen X.Chen Y.,Chincarini A.Chiummo A.Cho H.S.Chow J.Christensen N.Chua S.S.Y.,Chung C.T.Y.Chung S.Ciani G.Clara F.Clark D.E.Clark J.,Clayton J.H.Cleva F.Coccia E.Cohadon P.-F.Colacino C.N.Colas J.,Colla A.Colombini M.Conte A.Conte R.Cook D.Corbitt T.R.,Cordier M.Cornish N.Corsi A.Costa C.A.Coughlin M.Coulon J.-P.,Couvares P.Coward D.M.Cowart M.Coyne D.C.Creighton J.D.E.,Creighton T.D.Cruise A.M.Cumming A.Cunningham L.Cuoco E.,Cutler R.M.Dahl K.Danilishin S.L.Dannenberg R.D'Antonio S.,Danzmann K.Dattilo V.Daudert B.Daveloza H.Davier M.Daw E.J.,Day R.Dayanga T.De Rosa R.Debra D.Debreczeni G.Degallaix J.,Del Pozzo W.del Prete M.Dent T.Dergachev V.DeRosa R.DeSalvo R.,Dhurandhar S.Di Fiore L.Di Lieto A.Di Palma I.Di Paolo Emilio M.,Di Virgilio A.Diaz M.Dietz A.Donovan F.Dooley K.L.Drago M.,Drever R.W.P.Driggers J.C.Du Z.Dumas J.-C.Dwyer S.Eberle T.,Edgar M.Edwards M.Effler A.Ehrens P.Endroczi G.Engel R.,Etzel T.Evans K.Evans M.Evans T.Factourovich M.Fafone V.,Fairhurst S.Fan Y.Farr B.F.Fazi D.Fehrmann H.Feldbaum D.,Feroz F.Ferrante I.Fidecaro F.Finn L.S.Fiori I.Fisher R.P.,Flaminio R.Flanigan M.Foley S.Forsi E.Forte L.A.Fotopoulos N.,Fournier J.-D.Franc J.Franco S.Frasca S.Frasconi F.Frede M.,Frei M.Frei Z.Freise A.Frey R.Fricke T.T.Friedrich D.,Fritschel P.Frolov V.V.Fujimoto M.-K.Fulda P.J.Fyffe M.Gair J.,Galimberti M.Gammaitoni L.Garcia J.Garufi F.Gaspar M.E.,Gehrels N.Gemme G.Geng R.Genin E.Gennai A.Gergely L.A.Ghosh S.,Giaime J.A.Giampanis S.Giardina K.D.Giazotto A.Gil-casanova S.,Gill C.Gleason J.Goetz E.Goggin L.M.Gonzalez G.Gorodetsky M.L.,Gossler S.Gouaty R.Graef C.Graff P.B.Granata M.Grant A.Gras S.,Gray C.Gray N.Greenhalgh R.J.S.Gretarsson A.M.Greverie C.,Grosso R.Grote H.Grunewald S.Guidi G.M.Guido C.Gupta R.,Gustafson E.K.Gustafson R.Ha T.Hallam J.M.Hammer D.Hammond G.,Hanks J.Hanna C.Hanson J.Hardt A.Harms J.Harry G.M.Harry I.W.,Harstad E.D.Hartman M.T.Haughian K.Hayama K.Hayau J.-F.,Heefner J.Heidmann A.Heintze M.C.Heitmann H.Hello P.Hendry M.A.,Heng I.S.Heptonstall A.W.Herrera V.Hewitson M.Hild S.Hoak D.,Hodge K.A.Holt K.Holtrop M.Hong T.Hooper S.Hosken D.J.Hough J.,Howell E.J.Hughey B.Husa S.Huttner S.H.Huynh-dinh T.Ingram D.R.,Inta R.Isogai T.Ivanov A.Izumi K.Jacobson M.James E.Jang Y.J.,Jaranowski P.Jesse E.Johnson W.W.Jones D.I.Jones G.Jones R.,Jonker R.J.G.Ju L.Kalmus P.Kalogera V.Kandhasamy S.Kang G.,Kanner J.B.Kasturi R.Katsavounidis E.Katzman W.Kaufer H.,Kawabe K.Kawamura S.Kawazoe F.Kelley D.Kells W.Keppel D.G.,Keresztes Z.Khalaidovski A.Khalili F.Y.Khazanov E.A.Kim B.K.,Kim C.Kim H.Kim K.Kim N.Kim Y.M.King P.J.Kinzel D.L.,Kissel J.S.Klimenko S.Kokeyama K.Kondrashov V.Koranda S.,Korth W.Z.Kowalska I.Kozak D.Kranz O.Kringel V.Krishnamurthy S.,Krishnan B.Krolak A.Kuehn G.Kumar P.Kumar R.Kwee P.Lam P.K.,Landry M.Lantz B.Lastzka N.Lawrie C.Lazzarini A.Leaci P.,Lee C.H.Lee H.K.Lee H.M.Leong J.R.Leonor I.Leroy N.Letendre N.,Li J.Li T.G.F.Liguori N.Lindquist P.E.Liu Y.Liu Z.,Lockerbie N.A.Lodhia D.Lorenzini M.Loriette V.Lormand M.,Losurdo G.Lough J.Luan J.Lubinski M.Luck H.Lundgren A.P.,Macdonald E.Machenschalk B.MacInnis M.Macleod D.M.Mageswaran M.,Mailand K.Majorana E.Maksimovic I.Malvezzi V.Man N.Mandel I.,Mandic V.Mantovani M.Marandi A.Marchesoni F.Marion F.Marka S.,Marka Z.Markosyan A.Maros E.Marque J.Martelli F.Martin I.W.,Martin R.M.Marx J.N.Mason K.Masserot A.Matichard F.Matone L.,Matzner R.A.Mavalvala N.Mazzolo G.McCarthy R.McClelland D.E.,McGuire S.C.McIntyre G.McIver J.McKechan D.J.A.McWilliams S.,Meadors G.D.Mehmet M.Meier T.Melatos A.Melissinos A.C.Mendell G.,Mercer R.A.Meshkov S.Messenger C.Meyer M.S.Miao H.Michel C.,Milano L.Miller J.Minenkov Y.Mitrofanov V.P.Mitselmakher G.,Mittleman R.Miyakawa O.Moe B.Mohan M.Mohanty S.D.,Mohapatra S.R.P.Moraru D.Moreno G.Morgado N.Morgia A.Mori T.,Morriss S.R.Mosca S.Mossavi K.Mours B.Mow-Lowry C.M.Mueller C.L.,Mueller G.Mukherjee S.Mullavey A.Muller-Ebhardt H.Munch J.,Murphy D.Murray P.G.Mytidis A.Nash T.Naticchioni L.Necula V.,Nelson J.Neri I.Newton G.Nguyen T.Nishizawa A.Nitz A.Nocera F.,Nolting D.Normandin M.E.Nuttall L.Ochsner E.O'dell J.Oelker E.,Ogin G.H.Oh J.J.Oh S.H.O'reilly B.O'shaughnessy R.Osthelder C.,Ott C.D.Ottaway D.J.Ottens R.S.Overmier H.Owen B.J.Page A.,Palladino L.Palomba C.Pan Y.Pankow C.Paoletti F.Paoletti R.,Papa M.A.Parisi M.Pasqualetti A.Passaquieti R.Passuello D.,Patel P.Pedraza M.Peiris P.Pekowsky L.Penn S.Perreca A.,Persichetti G.Phelps M.Pichot M.Pickenpack M.Piergiovanni F.,Pietka M.Pinard L.Pinto I.M.Pitkin M.Pletsch H.J.Plissi M.V.,Poggiani R.Pold J.Postiglione F.Prato M.Predoi V.Prestegard T.,Price L.R.Prijatelj M.Principe M.Privitera S.Prix R.Prodi G.A.,Prokhorov L.G.Puncken O.Punturo M.Puppo P.Quetschke V.,Quitzow-James R.Raab F.J.Rabeling D.S.Racz I.Radkins H.Raffai P.,Rakhmanov M.Rankins B.Rapagnani P.Raymond V.Re V.Redwine K.,Reed C.M.Reed T.Regimbau T.Reid S.Reitze D.H.Ricci F.Riesen R.,Riles K.Robertson N.A.Robinet F.Robinson C.Robinson E.L.,Rocchi A.Roddy S.Rodriguez C.Rodruck M.Rolland L.Rollins J.G.,Romano J.D.Romano R.Romie J.H.Rosinska D.Rover C.Rowan S.,Rudiger A.Ruggi P.Ryan K.Sainathan P.Salemi F.Sammut L.,Sandberg V.Sannibale V.Santamaria L.Santiago-Prieto I.,Santostasi G.Sassolas B.Sathyaprakash B.S.Sato S.Saulson P.R.,Savage R.L.Schilling R.Schnabel R.Schofield R.M.S.Schreiber E.,Schulz B.Schutz B.F.Schwinberg P.Scott J.Scott S.M.Seifert F.,Sellers D.Sentenac D.Sergeev A.Shaddock D.A.Shaltev M.Shapiro B.,Shawhan P.Shoemaker D.H.Sibley A.Siemens X.Sigg D.Singer A.,Singer L.Sintes A.M.Skelton G.R.Slagmolen B.J.J.Slutsky J.,Smith J.R.Smith M.R.Smith R.J.E.Smith-Lefebvre N.D.Somiya K.,Sorazu B.Soto J.Speirits F.C.Sperandio L.Stefszky M.Stein A.J.,Stein L.C.Steinert E.Steinlechner J.Steinlechner S.Steplewski S.,Stochino A.Stone R.Strain K.A.Strigin S.E.Stroeer A.S.Sturani R.,Stuver A.L.Summerscales T.Z.Sung M.Susmithan S.Sutton P.J.,Swinkels B.Tacca M.Taffarello L.Talukder D.Tanner D.B.,Tarabrin S.P.Taylor J.R.Taylor R.ter Braack A.P.M.Thomas P.,Thorne K.A.Thorne K.S.Thrane E.Thuring A.Tokmakov K.V.,Tomlinson C.Toncelli A.Tonelli M.Torre O.Torres C.Torrie C.I.,Tournefier E.Tucker E.Travasso F.Traylor G.Tseng K.Ugolini D.,Vahlbruch H.Vajente G.van den Brand J.F.J.van den Broeck C.,van der Putten S.van Veggel A.A.Vass S.Vasuth M.Vaulin R.,Vavoulidis M.Vecchio A.Vedovato G.Veitch J.Veitch P.J.,Veltkamp C.Verkindt D.Vetrano F.Vicere A.Villar A.E.Vinet J.-Y.,Vitale S.Vocca H.Vorvick C.Vyatchanin S.P.Wade A.Wade L.,Wade M.Waldman S.J.Wallace L.Wan Y.Wang M.Wang X.Wang Z.,Wanner A.Ward R.L.Was M.Weinert M.Weinstein A.J.Weiss R.Wen L.,Wessels P.West M.Westphal T.Wette K.Whelan J.T.Whitcomb S.E.,White D.J.Whiting B.F.Wilkinson C.Willems P.A.Williams L.,Williams R.Willke B.Winkelmann L.Winkler W.Wipf C.C.Wiseman A.G.,Wittel H.Woan G.Wooley R.Worden J.Yakushin I.Yamamoto H.,Yamamoto K.Yancey C.C.Yang H.Yeaton-Massey D.Yoshida S.Yu P.,Yvert M.Zadrozny A.Zanolin M.Zendri J.-P.Zhang F.Zhang L.,Zhang W.Zhao C.Zotov N.Zucker M.E.Zweizig J.,(the Ligo Scientific Collaboration)(the Virgo Collaboration),Briggs M.S.Connaughton V.Hurley K.C.Jenke P.A.von Kienlin A.,Rau A.Zhang X.-L.2017-07-05T06:59:24Z2014-08-29T13:13:18ZCDS support team

CDS, Observatoire de Strasbourg, 11 rue de l'Universite, F-67000 Strasbourg, France

cds-question@unistra.frgamma-ray-astronomyinterferometryWe present the results of a search for gravitational waves associated with 154 gamma-ray bursts (GRBs) that were detected by satellite-based gamma-ray experiments in 2009-2010, during the sixth LIGO science run and the second and third Virgo science runs. We perform two distinct searches: a modeled search for coalescences of either two neutron stars or a neutron star and black hole, and a search for generic, unmodeled gravitational-wave bursts. We find no evidence for gravitational-wave counterparts, either with any individual GRB in this sample or with the population as a whole. For all GRBs we place lower bounds on the distance to the progenitor, under the optimistic assumption of a gravitational-wave emission energy of 10^-2^M_{sun}_c^2^ at 150Hz, with a median limit of 17Mpc. For short-hard GRBs we place exclusion distances on binary neutron star and neutron-star-black-hole progenitors, using astrophysically motivated priors on the source parameters, with median values of 16Mpc and 28Mpc, respectively. These distance limits, while significantly larger than for a search that is not aided by GRB satellite observations, are not large enough to expect a coincidence with a GRB. However, projecting these exclusions to the sensitivities of Advanced LIGO and Virgo, which should begin operation in 2015, we find that the detection of gravitational waves associated with GRBs will become quite possible.2012ApJ...760...12Ahttps://cdsarc.cds.unistra.fr/viz-bin/cat/J/ApJ/760/12CatalogResearchIsServedByTAP VizieR generic serviceIsServedByConesearch servicerelated-toVII/267 : Gravitational Wave Galaxy Catalogue (White+ 2011)J/ApJS/199/18 : The Fermi GBM catalog (Paciesas+, 2012)J/ApJ/715/1438 : Gravitational-wave bursts with GRBs (Abbott+, 2010)J/ApJ/713/671 : Gravitational waves from pulsars (Abbott+, 2010)http://gcn.gsfc.nasa.gov/ : The Gamma-ray Coordinates Network homepagehttp://heasarc.gsfc.nasa.gov/W3Browse/fermi/fermigbrst.html : Fermi GBM bursthttps://cds.unistra.fr/vizier-org/licences_vizier.htmlhttps://vizier.cds.unistra.fr/viz-bin/VizieR-2?-source=J/ApJ/760/12https://vizier.iucaa.in/viz-bin/VizieR-2?-source=J/ApJ/760/12http://vizieridia.saao.ac.za/viz-bin/VizieR-2?-source=J/ApJ/760/12https://vizier.cds.unistra.fr/viz-bin/votable?-source=J/ApJ/760/12https://vizier.iucaa.in/viz-bin/votable?-source=J/ApJ/760/12http://vizieridia.saao.ac.za/viz-bin/votable?-source=J/ApJ/760/12GETtext/xml+votablehttps://tapvizier.cds.unistra.fr/TAPVizieR/tapCone search capability for table J/ApJ/760/12/gwsearch (GRB sample and search results)https://vizier.cds.unistra.fr/viz-bin/conesearch/J/ApJ/760/12/gwsearch?https://vizier.iucaa.in/viz-bin/conesearch/J/ApJ/760/12/gwsearch?http://vizieridia.saao.ac.za/viz-bin/conesearch/J/ApJ/760/12/gwsearch?GETtext/xml+votable180.050000true202.9958-54.80.0055555555555555566/210 550 607 646 670 1436 1710 2793 2916 3246 3288 3354 3586 4485 4670 4690 4726 4751 5065 5353 5625 5871 5922 6593 7164 7390 8669 8940 9271 9431 9751 10129 10330 11365 11749 11756 12227 12622 12906 12943 13762 13960 14715 15197 15613 16086 16163 16292 16391 16611 17306 17411 17732 18149 18221 18339 19049 19405 19510 19991 20191 20736 20743 21093 21137 21334 21490 21794 21880 21995 22103 22181 22299 24192 24425 24508 24787 25120 25211 25704 26671 26999 27110 27279 27457 27989 28164 29045 29376 29560 29853 30037 30139 30287 30872 31035 31583 31730 31847 32055 32273 32579 32936 32988 33175 33358 33525 33795 33924 35014 35143 35844 36280 36442 36460 36536 36667 36726 36858 37128 37360 38280 39024 39728 39969 40116 40158 40272 40934 41081 41112 41189 41251 41280 42128 42631 43098 44093 44189 45361 45373 46301 47035 47291 47313 47427 47436 47991 48009 48223 48314 48516 48557 48894https://cdsarc.cds.unistra.fr/viz-bin/moc/J/ApJ/760/12?format=asciiGamma-raydefaultJ/ApJ/760/12/gwsearchGRB sample and search resultsSimbadNameSimbad column added by the CDSmeta.idcharrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintTSimbad column added by the CDSsrc.classcharGRBGRB name (YYMMDDA or YYMMDDNNN for the Fermi/GBM trigger ID) (1)meta.id;meta.maincharf_GRB[Ds] GRB was assigned as short one (2)meta.codecharTimeUTC trigger timetime.epochnullableShift? Time by which the trigger was shifted for the coalescence search (only for table 1) (3)stime;arith.diffintnullableRAJ2000Hour of right ascension (J2000) (4)pos.eq.ra;meta.mainDEJ2000Degree of declination (J2000) (4)pos.eq.dec;meta.mainNw[H1H2L1V1 ] Gravitational wave detector network used (5)meta.id;instr.obstycharf_Nw[*dg, ] Observation peculiarity (6)meta.codecharD150[2.7/47.3]? Median exclusion distance for the GW burst at 150Hz (7)Mpcpos.distancefloatnullableD300[0.4/18.2]? Median exclusion distance for the GW burst at 300Hz (7)Mpcpos.distancefloatnullableDNS-NS[2.1/37.1]? Median exclusion distance for two neutron stars (NS-NS) (only for table1) (7)Mpcpos.distancefloatnullableDNS-BH[3.7/64.5]? median exclusion distance for neutron star with a black hole (NS-BH) (only for table 1) (7)Mpcpos.distancefloatnullableDet{gamma}-ray detector(s) (8)meta.notecharGBMDisplay the data from the Fermi GBM catalog (Cat. J/ApJS/199/18) if anymeta.numberintnullable