Search for GW signals associated with GRBs J/ApJ/886/75 ivo://CDS.VizieR/J/ApJ/886/75 doi:10.26093/cds/vizier.18860075 CDS Abbott B.P. Abbott R. Abbott T.D. Abraham S. Acernese F. Ackley K.,Adams C. Adhikari R.X. Adya V.B. Affeldt C. Agathos M. Agatsuma K.,Aggarwal N. Aguiar O.D. Aiello L. Ain A. Ajith P. Allen G. Allocca A.,Aloy M.A. Altin P.A. Amato A. Anand S. Ananyeva A. Anderson S.B.,Anderson W.G. Angelova S.V. Antier S. Appert S. Arai K. Araya M.C.,Areeda J.S. Arene M. Arnaud N. Aronson S.M. Ascenzi S. Ashton G.,Aston S.M. Astone P. Aubin F. Aufmuth P. AultONeal K. Austin C.,Avendano V. Avila-Alvarez A. Babak S. Bacon P. Badaracco F.,Bader M.K.M. Bae S. Baird J. Baker P.T. Baldaccini F. Ballardin G.,Ballmer S.W. Bals A. Banagiri S. Barayoga J.C. Barbieri C.,Barclay S.E. Barish B.C. Barker D. Barkett K. Barnum S. Barone F.,Barr B. Barsotti L. Barsuglia M. Barta D. Bartlett J. Bartos I.,Bassiri R. Basti A. Bawaj M. Bayley J.C. Bazzan M. Becsy B. Bejger M.,Belahcene I. Bell A.S. Beniwal D. Benjamin M.G. Berger B.K.,Bergmann G. Bernuzzi S. Berry C.P.L. Bersanetti D. Bertolini A.,Betzwieser J. Bhandare R. Bidler J. Biggs E. Bilenko I.A. Bilgili S.A.,Billingsley G. Birney R. Birnholtz O. Biscans S. Bischi M.,Biscoveanu S. Bisht A. Bitossi M. Bizouard M.A. Blackburn J.K.,Blackman J. Blair C.D. Blair D.G. Blair R.M. Bloemen S. Bobba F.,Bode N. Boer M. Boetzel Y. Bogaert G. Bondu F. Bonnand R. Booker P.,Boom B.A. Bork R. Boschi V. Bose S. Bossilkov V. Bosveld J.,Bouffanais Y. Bozzi A. Bradaschia C. Brady P.R. Bramley A.,Branchesi M. Brau J.E. Breschi M. Briant T. Briggs J.H. Brighenti F.,Brillet A. Brinkmann M. Brockill P. Brooks A.F. Brooks J. Brown D.D.,Brunett S. Buikema A. Bulik T. Bulten H.J. Buonanno A. Buskulic D.,Buy C. Byer R.L. Cabero M. Cadonati L. Cagnoli G. Cahillane C.,Bustillo J.C. Callister T.A. Calloni E. Camp J.B. Campbell W.A.,Canepa M. Cannon K.C. Cao H. Cao J. Carapella G. Carbognani F.,Caride S. Carney M.F. Carullo G. Diaz J.C. Casentini C. Caudill S.,Cavaglia M. Cavalier F. Cavalieri R. Cella G. Cerda-Duran P.,Cesarini E. Chaibi O. Chakravarti K. Chamberlin S.J. Chan M. Chao S.,Charlton P. Chase E.A. Chassande-Mottin E. Chatterjee D. Chaturvedi M.,Cheeseboro B.D. Chen H.Y. Chen X. Chen Y. Cheng H.-P. Cheong C.K.,Chia H.Y. Chiadini F. Chincarini A. Chiummo A. Cho G. Cho H.S. Cho M.,Christensen N. Chu Q. Chua S. Chung K.W. Chung S. Ciani G. Cieslar M.,Ciobanu A.A. Ciolfi R. Cipriano F. Cirone A. Clara F. Clark J.A.,Clearwater P. Cleva F. Coccia E. Cohadon P.-F. Cohen D. Colleoni M.,Collette C.G. Collins C. Colpi M. Cominsky L.R. Constancio M. Conti L.,Cooper S.J. Corban P. Corbitt T.R. Cordero-Carrion I. Corezzi S.,Corley K.R. Cornish N. Corre D. Corsi A. Cortese S. Costa C.A.,Cotesta R. Coughlin M.W. Coughlin S.B. Coulon J.-P. Countryman S.T.,Couvares P. Covas P.B. Cowan E.E. Coward D.M. Cowart M.J. Coyne D.C.,Coyne R. Creighton J.D.E. Creighton T.D. Cripe J. Croquette M.,Crowder S.G. Cullen T.J. Cumming A. Cunningham L. Cuoco E. Canton T.D.,Dalya G. D'Angelo B. Danilishin S.L. D'Antonio S. Danzmann K.,Dasgupta A. Da Silva Costa C.F. Datrier L.E.H. Dattilo V. Dave I.,Davier M. Davis D. Daw E.J. DeBra D. Deenadayalan M. Degallaix J. DeLaurentis M. Deleglise S. Del Pozzo W. DeMarchi L.M. Demos N. Dent T.,De Pietri R. De Rosa R. De Rossi C. DeSalvo R. de Varona O.,Dhurandhar S. Diaz M.C. Dietrich T. Di Fiore L. DiFronzo C. DiGiorgio C. Di Giovanni F. Di Giovanni M. Di Girolamo T. Di Lieto A.,Ding B. Di Pace S. Di Palma I. Di Renzo F. Divakarla A.K. Dmitriev A.,Doctor Z. Donovan F. Dooley K.L. Doravari S. Dorrington I. Downes T.P.,Drago M. Driggers J.C. Du Z. Ducoin J.-G. Dupej P. Durante O.,Dwyer S.E. Easter P.J. Eddolls G. Edo T.B. Effler A. Ehrens P.,Eichholz J. Eikenberry S.S. Eisenmann M. Eisenstein R.A. Errico L.,Essick R.C. Estelles H. Estevez D. Etienne Z.B. Etzel T. Evans M.,Evans T.M. Fafone V. Fairhurst S. Fan X. Farinon S. Farr B. Farr W.M.,Fauchon-Jones E.J. Favata M. Fays M. Fazio M. Fee C. Feicht J.,Fejer M.M. Feng F. Fernandez-Galiana A. Ferrante I. Ferreira E.C.,Ferreira T.A. Fidecaro F. Fiori I. Fiorucci D. Fishbach M. Fisher R.P.,Fishner J.M. Fittipaldi R. Fitz-Axen M. Fiumara V. Flaminio R.,Fletcher M. Floden E. Flynn E. Fong H. Font J.A. Forsyth P.W.F.,Fournier J.-D. Vivanco F.H. Frasca S. Frasconi F. Frei Z. Freise A.,Frey R. Frey V. Fritschel P. Frolov V.V. Fronze G. Fulda P. Fyffe M.,Gabbard H.A. Gadre B.U. Gaebel S.M. Gair J.R. Gammaitoni L.,Gaonkar S.G. Garcia-Quiros C. Garufi F. Gateley B. Gaudio S. Gaur G.,Gayathri V. Gemme G. Genin E. Gennai A. George D. George J.,Gergely L. Ghonge S. Ghosh A. Ghosh A. Ghosh S. Giacomazzo B.,Giaime J.A. Giardina K.D. Gibson D.R. Gill K. Glover L. Gniesmer J.,Godwin P. Goetz E. Goetz R. Goncharov B. Gonzalez G. Castro J.M.G.,Gopakumar A. Gossan S.E. Gosselin M. Gouaty R. Grace B. Grado A.,Granata M. Grant A. Gras S. Grassia P. Gray C. Gray R. Greco G.,Green A.C. Green R. Gretarsson E.M. Grimaldi A. Grimm S.J. Groot P.,Grote H. Grunewald S. Gruning P. Guidi G.M. Gulati H.K. Guo Y.,Gupta A. Gupta A. Gupta P. Gustafson E.K. Gustafson R. Haegel L.,Halim O. Hall B.R. Hall E.D. Hamilton E.Z. Hammond G. Haney M.,Hanke M.M. Hanks J. Hanna C. Hannam M.D. Hannuksela O.A. Hansen T.J.,Hanson J. Harder T. Hardwick T. Haris K. Harms J. Harry G.M.,Harry I.W. Hasskew R.K. Haster C.J. Haughian K. Hayes F.J. Healy J.,Heidmann A. Heintze M.C. Heitmann H. Hellman F. Hello P. Hemming G.,Hendry M. Heng I.S. Hennig J. Heurs M. Hild S. Hinderer T.,Hochheim S. Hofman D. Holgado A.M. Holland N.A. Holt K. Holz D.E.,Hopkins P. Horst C. Hough J. Howell E.J. Hoy C.G. Huang Y.,Hubner M.T. Huerta E.A. Huet D. Hughey B. Hui V. Husa S. Huttner S.H.,Huynh-Dinh T. Idzkowski B. Iess A. Inchauspe H. Ingram C. Inta R.,Intini G. Irwin B. Isa H.N. Isac J.-M. Isi M. Iyer B.R. Jacqmin T.,Jadhav S.J. Jani K. Janthalur N.N. Jaranowski P. Jariwala D.,Jenkins A.C. Jiang J. Johnson D.S. Jones A.W. Jones D.I. Jones J.D.,Jones R. Jonker R.J.G. Ju L. Junker J. Kalaghatgi C.V. Kalogera V.,Kamai B. Kandhasamy S. Kang G. Kanner J.B. Kapadia S.J. Karki S.,Kashyap R. Kasprzack M. Katsanevas S. Katsavounidis E. Katzman W.,Kaufer S. Kawabe K. Keerthana N.V. Kefelian F. Keitel D. Kennedy R.,Key J.S. Khalili F.Y. Khan I. Khan S. Khazanov E.A. Khetan N.,Khursheed M. Kijbunchoo N. Kim C. Kim J.C. Kim K. Kim W. Kim W.S.,Kim Y.-M. Kimball C. King P.J. Kinley-Hanlon M. Kirchhoff R.,Kissel J.S. Kleybolte L. Klika J.H. Klimenko S. Knowles T.D. Koch P.,Koehlenbeck S.M. Koekoek G. Koley S. Kondrashov V. Kontos A. Koper N.,Korobko M. Korth W.Z. Kovalam M. Kozak D.B. Kramer C. Kringel V.,Krishnendu N. Krolak A. Krupinski N. Kuehn G. Kumar A. Kumar P.,Kumar R. Kumar R. Kuo L. Kutynia A. Kwang S. Lackey B.D. Laghi D.,Lai K.H. Lam T.L. Landry M. Lane B.B. Lang R.N. Lange J. Lantz B.,Lanza R.K. Lartaux-Vollard A. Lasky P.D. Laxen M. Lazzarini A.,Lazzaro C. Leaci P. Leavey S. Lecoeuche Y.K. Lee C.H. Lee H.K.,Lee H.M. Lee H.W. Lee J. Lee K. Lehmann J. Lenon A.K. Leroy N.,Letendre N. Levin Y. Li A. Li J. Li K.J.L. Li T.G.F. Li X. Lin F.,Linde F. Linker S.D. Littenberg T.B. Liu J. Liu X. Llorens-Monteagudo M. Lo R.K.L. London L.T. Longo A. Lorenzini M. Loriette V.,Lormand M. Losurdo G. Lough J.D. Lousto C.O. Lovelace G. Lower M.E.,Luck H. Lumaca D. Lundgren A.P. Lynch R. Ma Y. Macas R. Macfoy S.,MacInnis M. Macleod D.M. Macquet A. Hernandez I.M. Magana-Sandoval F.,Magee R.M. Majorana E. Maksimovic I. Malik A. Man N. Mandic V.,Mangano V. Mansell G.L. Manske M. Mantovani M. Mapelli M.,Marchesoni F. Marion F. Marka S. Marka Z. Markakis C. Markosyan A.S.,Markowitz A. Maros E. Marquina A. Marsat S. Martelli F. Martin I.W.,Martin R.M. Martinez V. Martynov D.V. Masalehdan H. Mason K.,Massera E. Masserot A. Massinger T.J. Masso-Reid M. Mastrogiovanni S.,Matas A. Matichard F. Matone L. Mavalvala N. McCann J.J. McCarthy R.,McClelland D.E. McCormick S. McCuller L. McGuire S.C. McIsaac C.,McIver J. McManus D.J. McRae T. McWilliams S.T. Meacher D.,Meadors G.D. Mehmet M. Mehta A.K. Meidam J. Villa E.M. Melatos A.,Mendell G. Mercer R.A. Mereni L. Merfeld K. Merilh E.L. Merzougui M.,Meshkov S. Messenger C. Messick C. Messina F. Metzdorff R. Meyers P.M.,Meylahn F. Miani A. Miao H. Michel C. Middleton H. Milano L.,Miller A.L. Millhouse M. Mills J.C. Milovich-Goff M.C. Minazzoli O.,Minenkov Y. Mishkin A. Mishra C. Mistry T. Mitra S. Mitrofanov V.P.,Mitselmakher G. Mittleman R. Mo G. Moffa D. Mogushi K.,Mohapatra S.R.P. Molina-Ruiz M. Mondin M. Montani M. Moore C.J.,Moraru D. Morawski F. Moreno G. Morisaki S. Mours B. Mow-Lowry C.M.,Muciaccia F. Mukherjee A. Mukherjee D. Mukherjee S. Mukherjee S.,Mukund N. Mullavey A. Munch J. Muniz E.A. Muratore M. Murray P.G.,Nardecchia I. Naticchioni L. Nayak R.K. Neil B.F. Neilson J.,Nelemans G. Nelson T.J.N. Nery M. Neunzert A. Nevin L. Ng K.Y. Ng S.,Nguyen C. Nguyen P. Nichols D. Nichols S.A. Nissanke S. Nocera F.,North C. Nuttall L.K. Obergaulinger M. Oberling J. O'Brien B.D.,Oganesyan G. Ogin G.H. Oh J.J. Oh S.H. Ohme F. Ohta H. Okada M.A.,Oliver M. Oppermann P. Oram R.J. O'Reilly B. Ormiston R.G. Ortega L.F.,O'Shaughnessy R. Ossokine S. Ottaway D.J. Overmier H. Owen B.J.,Pace A.E. Pagano G. Page M.A. Pagliaroli G. Pai A. Pai S.A.,Palamos J.R. Palashov O. Palomba C. Pan H. Panda P.K. Pang P.T.H.,Pankow C. Pannarale F. Pant B.C. Paoletti F. Paoli A. Parida A.,Parker W. Pascucci D. Pasqualetti A. Passaquieti R. Passuello D.,Patil M. Patricelli B. Payne E. Pearlstone B.L. Pechsiri T.C.,Pedersen A.J. Pedraza M. Pedurand R. Pele A. Penn S. Perego A.,Perez C.J. Perigois C. Perreca A. Petermann J. Pfeiffer H.P. Phelps M.,Phukon K.S. Piccinni O.J. Pichot M. Piergiovanni F. Pierro V.,Pillant G. Pinard L. Pinto I.M. Pirello M. Pitkin M. Plastino W.,Poggiani R. Pong D.Y.T. Ponrathnam S. Popolizio P. Powell J.,Prajapati A.K. Prasad J. Prasai K. Prasanna R. Pratten G.,Prestegard T. Principe M. Prodi G.A. Prokhorov L. Punturo M. Puppo P.,Purrer M. Qi H. Quetschke V. Quinonez P.J. Raab F.J. Raaijmakers G.,Radkins H. Radulesco N. Raffai P. Raja S. Rajan C. Rajbhandari B.,Rakhmanov M. Ramirez K.E. Ramos-Buades A. Rana J. Rao K. Rapagnani P.,Raymond V. Razzano M. Read J. Regimbau T. Rei L. Reid S. Reitze D.H.,Rettegno P. Ricci F. Richardson C.J. Richardson J.W. Ricker P.M.,Riemenschneider G. Riles K. Rizzo M. Robertson N.A. Robinet F.,Rocchi A. Rolland L. Rollins J.G. Roma V.J. Romanelli M. Romano R.,Romel C.L. Romie J.H. Rose C.A. Rose D. Rose K. Rosinska D.,Rosofsky S.G. Ross M.P. Rowan S. Rudiger A. Ruggi P. Rutins G.,Ryan K. Sachdev S. Sadecki T. Sakellariadou M. Salafia O.S. Salconi L.,Saleem M. Samajdar A. Sammut L. Sanchez E.J. Sanchez L.E. Sanchis-Gual N. Sanders J.R. Santiago K.A. Santos E. Sarin N. Sassolas B.,Sathyaprakash B.S. Sauter O. Savage R.L. Schale P. Scheel M.,Scheuer J. Schmidt P. Schnabel R. Schofield R.M.S. Schonbeck A.,Schreiber E. Schulte B.W. Schutz B.F. Scott J. Scott S.M. Seidel E.,Sellers D. Sengupta A.S. Sennett N. Sentenac D. Sequino V. Sergeev A.,Setyawati Y. Shaddock D.A. Shaffer T. Shahriar M.S. Shaner M.B.,Sharma A. Sharma P. Shawhan P. Shen H. Shink R. Shoemaker D.H.,Shoemaker D.M. Shukla K. ShyamSundar S. Siellez K. Sieniawska M.,Sigg D. Singer L.P. Singh D. Singh N. Singhal A. Sintes A.M.,Sitmukhambetov S. Skliris V. Slagmolen B.J.J. Slaven-Blair T.J.,Smith J.R. Smith R.J.E. Somala S. Son E.J. Soni S. Sorazu B.,Sorrentino F. Souradeep T. Sowell E. Spencer A.P. Spera M.,Srivastava A.K. Srivastava V. Staats K. Stachie C. Standke M.,Steer D.A. Steinke M. Steinlechner J. Steinlechner S. Steinmeyer D.,Stevenson S.P. Stocks D. Stone R. Stops D.J. Strain K.A. Stratta G.,Strigin S.E. Strunk A. Sturani R. Stuver A.L. Sudhir V.,Summerscales T.Z. Sun L. Sunil S. Sur A. Suresh J. Sutton P.J.,Swinkels B.L. Szczepanczyk M.J. Tacca M. Tait S.C. Talbot C.,Tanner D.B. Tao D. Tapai M. Tapia A. Tasson J.D. Taylor R. Tenorio R.,Terkowski L. Thomas M. Thomas P. Thondapu S.R. Thorne K.A. Thrane E.,Tiwari S. Tiwari S. Tiwari V. Toland K. Tonelli M. Tornasi Z. Torres-Forne A. Torrie C.I. Toyra D. Travasso F. Traylor G. Tringali M.C.,Tripathee A. Trovato A. Trozzo L. Tsang K.W. Tse M. Tso R. Tsukada L.,Tsuna D. Tsutsui T. Tuyenbayev D. Ueno K. Ugolini D. Unnikrishnan C.S.,Urban A.L. Usman S.A. Vahlbruch H. Vajente G. Valdes G. Valentini M.,van Bakel N. van Beuzekom M. van den Brand J.F.J. Van Den Broeck C.,Vander-Hyde D.C. van der Schaaf L. VanHeijningen J.V. van Veggel A.A.,Vardaro M. Varma V. Vass S. Vasuth M. Vecchio A. Vedovato G.,Veitch J. Veitch P.J. Venkateswara K. Venugopalan G. Verkindt D.,Vetrano F. Vicere A. Viets A.D. Vinciguerra S. Vine D.J. Vinet J.-Y.,Vitale S. Vo T. Vocca H. Vorvick C. Vyatchanin S.P. Wade A.R.,Wade L.E. Wade M. Walet R. Walker M. Wallace L. Walsh S. Wang H.,Wang J.Z. Wang S. Wang W.H. Wang Y.F. Ward R.L. Warden Z.A. Warner J.,Was M. Watchi J. Weaver B. Wei L.-W. Weinert M. Weinstein A.J.,Weiss R. Wellmann F. Wen L. Wessel E.K. Wessels P. Westhouse J.W.,Wette K. Whelan J.T. Whiting B.F. Whittle C. Wilken D.M. Williams D.,Williamson A.R. Willis J.L. Willke B. Winkler W. Wipf C.C. Wittel H.,Woan G. Woehler J. Wofford J.K. Wright J.L. Wu D.S. Wysocki D.M.,Xiao S. Xu R. Yamamoto H. Yancey C.C. Yang L. Yang Y. Yang Z.,Yap M.J. Yazback M. Yeeles D.W. Yu H. Yu H. Yuen S.H.R. Zadrozny A.K.,Zadrozny A. Zanolin M. Zelenova T. Zendri J.-P. Zevin M. Zhang J.,Zhang L. Zhang T. Zhao C. Zhao G. Zhou M. Zhou Z. Zhu X.J.,Zucker M.E. Zweizig J.,(The LIGO Scientific Collaboration and the Virgo Collaboration),Aptekar R.L. Boynton W.V. Frederiks D.D. Golenetskii S.V. Golovin D.V.,Hurley K. Kozlova A.V. Litvak M.L. Mitrofanov I.G. Sanin A.B.,Svinkin D.S. (The IPN Collaboration) Carotenuto F. Krishnan B. 2022-02-02T13:41:32Z 2021-04-30T13:13:01Z CDS support team CDS, Observatoire de Strasbourg, 11 rue de l'Universite, F-67000 Strasbourg, France cds-question@unistra.fr gamma-ray-astronomy gamma-ray-bursts gravitational-waves 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 <9.38x10^-6^ (modeled) and 3.1x10^-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. 2019ApJ...886...75A https://cdsarc.cds.unistra.fr/viz-bin/cat/J/ApJ/886/75 Catalog Research IsServedBy TAP VizieR generic service IsServedBy Conesearch service related-to J/ApJ/715/1438 : Gravitational-wave bursts with GRBs (Abbott+, 2010) J/ApJ/760/12 : LIGO/Virgo gravitational-wave bursts with GRBs (Abadie+, 2012) J/ApJS/211/13 : The second Fermi/GBM GRB catalog (4yr) (von Kienlin+, 2014) J/ApJS/223/28 : The third Fermi/GBM GRB catalog (6yr) (Bhat+, 2016) J/ApJ/829/7 : Third Swift/BAT GRB catalog (past ~11yrs) (BAT3) (Lien+, 2016) J/ApJ/848/L33 : Opt. follow-up of GW events with LCO (Arcavi+, 2017) J/ApJ/893/46 : The 4th Fermi-GBM GRB catalog: 10 years (von Kienlin+, 2020) http://gcn.gsfc.nasa.gov/gcn3_archive.html : GCN circulars archive http://swift.gsfc.nasa.gov/results/batgrbcat/ : Swift/BAT GRB online catalog http://swift.gsfc.nasa.gov/archive/grb_table/ : Swift GRBs online catalog http://heasarc.gsfc.nasa.gov/W3Browse/fermi/fermigbrst.html : Fermi/GBM online https://cds.unistra.fr/vizier-org/licences_vizier.html https://vizier.cds.unistra.fr/viz-bin/VizieR-2?-source=J/ApJ/886/75 https://vizier.iucaa.in/viz-bin/VizieR-2?-source=J/ApJ/886/75 http://vizieridia.saao.ac.za/viz-bin/VizieR-2?-source=J/ApJ/886/75 https://vizier.cds.unistra.fr/viz-bin/votable?-source=J/ApJ/886/75 https://vizier.iucaa.in/viz-bin/votable?-source=J/ApJ/886/75 http://vizieridia.saao.ac.za/viz-bin/votable?-source=J/ApJ/886/75 GET text/xml+votable https://tapvizier.cds.unistra.fr/TAPVizieR/tap Cone search capability for table J/ApJ/886/75/table3 (Information and limits on associated GW emission for each of the analyzed GRBs) https://vizier.cds.unistra.fr/viz-bin/conesearch/J/ApJ/886/75/table3? https://vizier.iucaa.in/viz-bin/conesearch/J/ApJ/886/75/table3? http://vizieridia.saao.ac.za/viz-bin/conesearch/J/ApJ/886/75/table3? GET text/xml+votable 180.0 50000 true 294.8083 -9.9333 0.005555555555555556 6/185 272 286 421 1247 1517 1775 1806 2155 2186 2994 3053 3640 3694 3900 4717 5180 5267 5717 6088 6904 6987 7079 7946 8716 9449 9814 10308 10555 10790 11403 11418 11580 13088 13218 13355 13450 13731 14396 15354 16008 16070 16393 16633 16760 16846 17862 18143 18596 18697 18731 19714 19879 20067 20407 21047 23848 24291 24897 25529 27217 27233 27337 27434 27962 27965 28757 28779 28795 29052 29150 29580 29801 30066 30070 30310 30431 30530 30787 31236 31315 31679 31977 32399 32654 33066 33288 33454 34240 34484 35642 35731 37433 38273 38381 38601 39210 39233 40351 40362 40407 40876 41729 45182 45509 46472 47159 47432 47479 48422 https://cdsarc.cds.unistra.fr/viz-bin/moc/J/ApJ/886/75?format=ascii Gamma-ray default J/ApJ/886/75/table3 Information and limits on associated GW emission for each of the analyzed GRBs SimbadName Simbad column added by the CDS meta.id char nullable recno Record number assigned by the VizieR team. Should Not be used for identification. meta.record int Name GRB name meta.id;meta.main char f_Name Flag on Name (1) meta.code char Time UTC time time.epoch char RAJ2000 Hour of right ascension (J2000) pos.eq.ra;meta.main DEJ2000 Degree of declination (J2000) pos.eq.dec;meta.main Inst Instrument whose sky localization was used for the purposes of analysis instr.setup;obs.field char Type Source type src.class char Network GW detector network used in the analysis of each GRB (2) meta.id;instr char f_Network Flag on Network (1) meta.code char BNS [9/171]? The 90% confidence exclusion distance to the GRB (D_90_) for BNS scenario Mpc pos.distance int nullable NS-BH-g [22/254]? The 90% confidence exclusion distance to the GRB (D_90_) for generic NS-BH scenario Mpc pos.distance int nullable NS-BH-a [0/304]? The 90% confidence exclusion distance to the GRB (D_90_) for aligned-spin NS-BH scenario Mpc pos.distance int nullable ADI-A [3/58]? The 90% confidence exclusion distance to the GRB (D_90_) for ADI-A scenario Mpc pos.distance int nullable CSG [14/166]? The 90% confidence exclusion distance to the GRB (D_90_) for CSG GW burst at 150Hz scenario with total radiated energy E_GW_=M_{sun}_c^2^ Mpc pos.distance int nullable