Gravitational-wave bursts with GRBs J/ApJ/715/1438 ivo://CDS.VizieR/J/ApJ/715/1438 doi:10.26093/cds/vizier.17151438 CDS Abbott B.P. Abbott R. Acernese F. Adhikari R. Ajith P. Allen B.,Allen G. Alshourbagy M. Amin R.S. Anderson S.B. Anderson W.G.,Antonucci F. Aoudia S. Arain M.A. Araya M. Armandula H. Armor P.,Arun K.G. Aso Y. Aston S. Astone P. Aufmuth P. Aulbert C. Babak S.,Baker P. Ballardin G. Ballmer S. Barker C. Barker D. Barone F.,Barr B. Barriga P. Barsotti L. Barsuglia M. Barton M.A. Bartos I.,Bassiri R. Bastarrika M. Bauer T.S. Behnke B. Beker M.,Benacquista M. Betzwieser J. Beyersdorf P.T. Bigotta S. Bilenko I.A.,Billingsley G. Birindelli S. Biswas R. Bizouard M.A. Black E.,Blackburn J.K. Blackburn L. Blair D. Bland B. Boccara C. Bodiya T.P.,Bogue L. Bondu F. Bonelli L. Bork R. Boschi V. Bose S. Bosi L.,Braccini S. Bradaschia C. Brady P.R. Braginsky V.B. Brau J.E.,Bridges D.O. Brillet A. Brinkmann M. Brisson V. Brooks A.F.,Brown D.A. Brummit A. Brunet G. Budzynski R. Bulik T. Bullington A.,Bulten H.J. Buonanno A. Burmeister O. Buskulic D. Byer R.L.,Cadonati L. Cagnoli G. Calloni E. Camp J.B. Campagna E. Cannizzo J.,Cannon K.C. Canuel B. Cao J. Carbognani F. Cardenas L. Caride S.,Castaldi G. Caudill S. Cavaglia M. Cavalier F. Cavalieri R. Cella G.,Cepeda C. Cesarini E. Chalermsongsak T. Chalkley E. Charlton P.,Chassande-Mottin E. Chatterji S. Chelkowski S. Chen Y. Chincarini A.,Christensen N. Chung C.T.Y. Clark D. Clark J. Clayton J.H. Cleva F.,Coccia E. Cokelaer T. Colacino C.N. Colas J. Colla A. Colombini M.,Conte R. Cook D. Corbitt T.R.C. Corda C. Cornish N. Corsi A.,Coulon J.-P. Coward D. Coyne D.C. Creighton J.D.E. Creighton T.D.,Cruise A.M. Culter R.M. Cumming A. Cunningham L. Cuoco E.,Danilishin S.L. D'Antonio S. Danzmann K. Dari A. Dattilo V.,Daudert B. Davier M. Davies G. Daw E.J. Day R. De Rosa R. DeBra D.,Degallaix J. del Prete M. Dergachev V. Desai S. DeSalvo R.,Dhurandhar S. Di Fiore L. Di Lieto A. Di Paolo Emilio M.,Di Virgilio A. Diaz M. Dietz A. Donovan F. Dooley K.L. Doomes E.E.,Drago M. Drever R.W.P. Dueck J. Duke I. Dumas J.-C. Dwyer J.G.,Echols C. Edgar M. Edwards M. Effler A. Ehrens P. Espinoza E.,Etzel T. Evans M. Evans T. Fafone V. Fairhurst S. Faltas Y. Fan Y.,Fazi D. Fehrmann H. Ferrante I. Fidecaro F. Finn L.S. Fiori I.,Flaminio R. Flasch K. Foley S. Forrest C. Fotopoulos N.,Fournier J.-D. Franc J. Franzen A. Frasca S. Frasconi F. Frede M.,Frei M. Frei Z. Freise A. Frey R. Fricke T. Fritschel P. Frolov V.V.,Fyffe M. Galdi V. Gammaitoni L. Garofoli J.A. Garufi F. Gemme G.,Genin E. Gennai A. Gholami I. Giaime J.A. Giampanis S. Giardina K.D.,Giazotto A. Goda K. Goetz E. Goggin L.M. Gonzalez G. Gorodetsky M.L.,Goesszetler S. Gossler S. Gouaty R. Granata M. Granata V. Grant A.,Gras S. Gray C. Gray M. Greenhalgh R.J.S. Gretarsson A.M. Greverie C.,Grimaldi F. Grosso R. Grote H. Grunewald S. Guenther M. Guidi G.,Gustafson E.K. Gustafson R. Hage B. Hallam J.M. Hammer D.,Hammond G.D. Hanna C. Hanson J. Harms J. Harry G.M. Harry I.W.,Harstad E.D. Haughian K. Hayama K. Heefner J. Heitmann H. Hello P.,Heng I.S. Heptonstall A. Hewitson M. Hild S. Hirose E. Hoak D.,Hodge K.A. Holt K. Hosken D.J. Hough J. Hoyland D. Huet D. Hughey B.,Huttner S.H. Ingram D.R. Isogai T. Ito M. Ivanov A. Jaranowski P.,Johnson B. Johnson W.W. Jones D.I. Jones G. Jones R. Ju L. Kalmus P.,Kalogera V. Kandhasamy S. Kanner J. Kasprzyk D. Katsavounidis E.,Kawabe K. Kawamura S. Kawazoe F. Kells W. Keppel D.G. Khalaidovski A.,Khalili F.Y. Khan R. Khazanov E. King P. Kissel J.S. Klimenko S.,Kokeyama K. Kondrashov V. Kopparapu R. Koranda S. Kowalska I.,Kozak D. Krishnan B. Krolak A. Kumar R. Kwee P. La Penna P. Lam P.K.,Landry M. Lantz B. Lazzarini A. Lei H. Lei M. Leindecker N.,Leonor I. Leroy N. Letendre N. Li C. Lin H. Lindquist P.E.,Littenberg T.B. Lockerbie N.A. Lodhia D. Longo M. Lorenzini M.,Loriette V. Lormand M. Losurdo G. Lu P. Lubinski M. Lucianetti A.,Luck H. Machenschalk B. MacInnis M. Mackowski J.-M. Mageswaran M.,Mailand K. Majorana E. Man N. Mandel I. Mandic V. Mantovani M.,Marchesoni F. Marion F. Marka S. Marka Z. Markosyan A. Markowitz J.,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.,McCarthy R. McClelland D.E. McGuire S.C. McHugh M. McIntyre G.,McKechan D.J.A. McKenzie K. Mehmet M. Melatos A. Melissinos A.C.,Mendell G. Menendez D.F. Menzinger F. Mercer R.A. Meshkov S.,Messenger C. Meyer M.S. Michel C. Milano L. Miller J. Minelli J.,Minenkov Y. Mino Y. Mitrofanov V.P. Mitselmakher G. Mittleman R.,Miyakawa O. Moe B. Mohan M. Mohanty S.D. Mohapatra S.R.P. Moreau J.,Moreno G. Morgado N. Morgia A. Morioka T. Mors K. Mosca S.,Moscatelli V. Mossavi K. Mours B. Mowlowry C. Mueller G. Muhammad D.,Mukherjee S. Mukhopadhyay H. Mullavey A. Muller-Ebhardt H. Munch J.,Murray P.G. Myers E. Myers J. Nash T. Nelson J. Neri I. Newton G.,Nishizawa A. Nocera F. Numata K. Ochsner E. O'Dell J. Ogin G.H.,O'Reilly B. O'Shaughnessy R. Ottaway D.J. Ottens R.S. Overmier H.,Owen B.J. Pagliaroli G. Palomba C. Pan Y. Pankow C. Paoletti F.,Papa M.A. Parameshwaraiah V. Pardi S. Pasqualetti A. Passaquieti R.,Passuello D. Patel P. Pedraza M. Penn S. Perreca A. Persichetti G.,Pichot M. Piergiovanni F. Pierro V. Pietka M. Pinard L. Pinto I.M.,Pitkin M. Pletsch H.J. Plissi M.V. Poggiani R. Postiglione F.,Prato M. Principe M. Prix R. Prodi G.A. Prokhorov L. Puncken O.,Punturo M. Puppo P. Quetschke V. Raab F.J. Rabaste O. Rabeling D.S.,Radkins H. Raffai P. Raics Z. Rainer N. Rakhmanov M. Rapagnani P.,Raymond V. Re V. Reed C.M. Reed T. Regimbau T. Rehbein H. Reid S.,Reitze D.H. Ricci F. Riesen R. Riles K. Rivera B. Roberts P.,Robertson N.A. Robinet F. Robinson C. Robinson E.L. Rocchi A.,Roddy S. Rolland L. Rollins J. Romano J.D. Romano R. Romie J.H.,Rosinska D. Rover C. Rowan S. Rudiger A. Ruggi P. Russell P. Ryan K.,Sakata S. Salemi F. Sancho de la Jordana L. Sandberg V. Sannibale V.,Santamaria L. Saraf S. Sarin P. Sassolas B. Sathyaprakash B.S.,Sato S. Satterthwaite M. Saulson P.R. Savage R. Savov P. Scanlan M.,Schilling R. Schnabel R. Schofield R. Schulz B. Schutz B.F.,Schwinberg P. Scott J. Scott S.M. Searle A.C. Sears B. Seifert F.,Sellers D. Sengupta A.S. Sentenac D. Sergeev A. Shapiro B. Shawhan P.,Shoemaker D.H. Sibley A. Siemens X. Sigg D. Sinha S. Sintes A.M.,Slagmolen B.J.J. Slutsky J. Smith J.R. Smith M.R. Smith N.D.,Somiya K. Sorazu B. Stein A. Stein L.C. Steplewski S. Stochino A.,Stone R. Strain K.A. Strigin S. Stroeer A. Sturani R. Stuver A.L.,Summerscales T.Z. Sun K.-X. Sung M. Sutton P.J. Swinkels B.,Szokoly G.P. Talukder D. Tang L. Tanner D.B. Tarabrin S.P.,Taylor J.R. Taylor R. Terenzi R. Thacker J. Thorne K.A. Thorne K.S.,Thuring A. Tokmakov K.V. Toncelli A. Tonelli M. Torres C. Torrie C.,Tournefier E. Travasso F. Traylor G. Trias M. Trummer J. Ugolini D.,Ulmen J. Urbanek K. Vahlbruch H. Vajente G. Vallisneri M.,van den Brand J.F.J. van den Broeck C. van der Putten S.,van der Sluys M.V. van Veggel A.A. Vass S. Vaulin R. Vavoulidis M.,Vecchio A. Vedovato G. Veitch J. Veitch P. Veltkamp C. Verkindt D.,Vetrano F. Vicere A. Villar A. Vinet J.-Y. Vocca H. Vorvick C.,Vyachanin S.P. Waldman S.J. Wallace L. Ward R.L. Was M. Weidner A.,Weinert M. Weinstein A.J. Weiss R. Wen L. Wen S. Wette K.,Whelan J.T. Whitcomb S.E. Whiting B.F. Wilkinson C. Willems P.A.,Williams H.R. Williams L. Willke B. Wilmut I. Winkelmann L.,Winkler W. Wipf C.C. Wiseman A.G. Woan G. Wooley R. Worden J. Wu W.,Yakushin I. Yamamoto H. Yan Z. Yoshida S. Yvert M. Zanolin M.,Zhang J. Zhang L. Zhao C. Zotov N. Zucker M.E. zur Muhlen H.,Zweizig J. (the Ligo Scientific Collaboration) (the Virgo Collaboration) 2017-12-22T05:32:46Z 2012-06-15T15:43:42Z CDS support team CDS, Observatoire de Strasbourg, 11 rue de l'Universite, F-67000 Strasbourg, France cds-question@unistra.fr gamma-ray-astronomy interferometry We present the results of a search for gravitational-wave bursts (GWBs) associated with 137 gamma-ray bursts (GRBs) that were detected by satellite-based gamma-ray experiments during the fifth LIGO science run and first Virgo science run. The data used in this analysis were collected from 2005 November 4 to 2007 October 1, and most of the GRB triggers were from the Swift satellite. The search uses a coherent network analysis method that takes into account the different locations and orientations of the interferometers at the three LIGO-Virgo sites. We find no evidence for GWB signals associated with this sample of GRBs. Using simulated short-duration (<1s) waveforms, we set upper limits on the amplitude of gravitational waves associated with each GRB. We also place lower bounds on the distance to each GRB under the assumption of a fixed energy emission in gravitational waves, with a median limit of D~12Mpc(E^iso^_GW_/0.01M_{sun}_c^2^)^1/2^ for emission at frequencies around 150Hz, where the LIGO-Virgo detector network has best sensitivity. 2010ApJ...715.1438A https://cdsarc.cds.unistra.fr/viz-bin/cat/J/ApJ/715/1438 Catalog Research IsServedBy TAP VizieR generic service IsServedBy Conesearch service related-to J/ApJ/713/671 : Gravitational waves from pulsars (Abbott+, 2010) https://cds.unistra.fr/vizier-org/licences_vizier.html https://vizier.cds.unistra.fr/viz-bin/VizieR-2?-source=J/ApJ/715/1438 https://vizier.iucaa.in/viz-bin/VizieR-2?-source=J/ApJ/715/1438 http://vizieridia.saao.ac.za/viz-bin/VizieR-2?-source=J/ApJ/715/1438 https://vizier.cds.unistra.fr/viz-bin/votable?-source=J/ApJ/715/1438 https://vizier.iucaa.in/viz-bin/votable?-source=J/ApJ/715/1438 http://vizieridia.saao.ac.za/viz-bin/votable?-source=J/ApJ/715/1438 GET text/xml+votable https://tapvizier.cds.unistra.fr/TAPVizieR/tap Cone search capability for table J/ApJ/715/1438/table1 (GRB sample and search results) https://vizier.cds.unistra.fr/viz-bin/conesearch/J/ApJ/715/1438/table1? https://vizier.iucaa.in/viz-bin/conesearch/J/ApJ/715/1438/table1? http://vizieridia.saao.ac.za/viz-bin/conesearch/J/ApJ/715/1438/table1? GET text/xml+votable 180.0 50000 true 226.2667 60.15 0.005555555555555556 6/186 205 236 314 503 918 923 1102 2044 2357 2752 2925 2938 3589 3832 5618 5633 5745 6102 6319 6445 7184 7685 7747 7908 7910 7980 8375 8798 9069 9330 9370 9926 10135 10447 10912 10914 11307 11482 11640 11649 11905 12020 12134 12848 13189 13694 14020 14272 14781 14977 15505 15702 16432 16489 16493 16991 17721 17733 17814 18681 18915 18978 19040 19164 19293 19537 20360 20753 21082 21165 21439 22129 22157 22590 23138 23585 23967 24105 25248 26134 27906 28630 29612 30461 30471 31281 31385 31607 32110 33679 33735 33755 34465 34499 35045 35330 35615 35702 36297 36528 36837 37007 38046 38577 38620 38918 39224 39268 39374 39829 39881 39891 40249 40389 40611 41296 41435 41989 42113 42361 43705 44022 45008 45180 45192 45205 45561 45938 46789 47632 47945 48189 48422 48458 48594 48689 https://cdsarc.cds.unistra.fr/viz-bin/moc/J/ApJ/715/1438?format=ascii Gamma-ray default J/ApJ/715/1438/table1 GRB sample and search results recno Record number assigned by the VizieR team. Should Not be used for identification. meta.record int GRB GRB identification (YYMMDDA) meta.id;meta.main char f_GRB [d] Flag on GRB (1) meta.code char l_z Limit flag on z meta.code.error;src.redshift char z ? Redshift src.redshift float nullable Time UTC time time.epoch nullable RAJ2000 Hour of right ascension (J2000) pos.eq.ra;meta.main DEJ2000 Degree of declination (J2000) pos.distance Network [H1H2L1V1 ] Set of detectors used instr.setup char p ? The local probability of the loudest on-source event (-: no event survived all cuts) stat.probability;pos.lg;pos.lsr double nullable Np The number of off-source segments used to estimate p meta.number int h150Hz 90% confidence limits on the gravitational-wave amplitude computed for circularly polarized 150Hz sine-Gaussian waveforms (in units of 10^-22^Hz^-1/2^) src.var.amplitude float D150 The distance to the progenitor (2) Mpc pos.distance float h1000Hz 90% confidence limits on the gravitational-wave amplitude computed for circularly polarized 1000Hz sine-Gaussian waveforms (in units of 10^-22^Hz^-1/2^) src.var.amplitude float D1000 The distance to the progenitor (2) Mpc pos.distance float Simbad Simbad column added by the CDS meta.ref char