Abbott, R.R.AbbottAbbott, T. D.T. D.AbbottAbraham, S.S.AbrahamAcernese, F.F.AcerneseAckley, K.K.AckleyAdams, C.C.AdamsAdhikari, R. X.R. X.AdhikariAdya, V. B.V. B.AdyaAffeldt, C.C.AffeldtAgathos, M.M.AgathosAgatsuma, K.K.AgatsumaAggarwal, N.N.AggarwalAguiar, O. D.O. D.AguiarAich, A.A.AichAiello, L.L.AielloAin, A.A.AinAjith, P.P.AjithAllen, G.G.AllenAllocca, A.A.AlloccaAltin, P. A.P. A.AltinAmato, A.A.AmatoAnand, S.S.AnandAnanyeva, A.A.AnanyevaAnderson, S. B.S. B.AndersonAnderson, W. G.W. G.AndersonAngelova, S. V.S. V.AngelovaAnsoldi, S.S.AnsoldiAntier, S.S.AntierAppert, S.S.AppertArai, K.K.AraiAraya, M. C.M. C.ArayaAreeda, J. S.J. S.AreedaAr ne, M.M.Ar neArnaud, N.N.ArnaudAronson, S. M.S. M.AronsonAsali, Y.Y.AsaliAscenzi, S.S.AscenziAshton, G.G.AshtonAssiduo, M.M.AssiduoAston, S. M.S. M.AstonAstone, P.P.AstoneAubin, F.F.AubinAufmuth, P.P.AufmuthAultoneal, K.K.AultonealAustin, C.C.AustinAvendano, V.V.AvendanoBabak, S.S.BabakBacon, P.P.BaconBadaracco, F.F.BadaraccoBader, M. K.M.M. K.M.BaderBae, S.S.BaeBaer, A. M.A. M.BaerBaird, J.J.BairdBaldaccini, F.F.BaldacciniBallardin, G.G.BallardinBallmer, S. W.S. W.BallmerBals, A.A.BalsBalsamo, A.A.BalsamoBaltus, G.G.BaltusBanagiri, S.S.BanagiriBankar, D.D.BankarBankar, R. S.R. S.BankarBarayoga, J. C.J. C.BarayogaBarbieri, C.C.BarbieriBarish, B. C.B. C.BarishBarker, D.D.BarkerBarkett, K.K.BarkettBarneo, P.P.BarneoBarone, F.F.BaroneBarr, B.B.BarrBarsotti, L.L.BarsottiBarsuglia, M.M.BarsugliaBarta, D.D.BartaBartlett, J.J.BartlettBartos, I.I.BartosBassiri, R.R.BassiriBasti, A.A.BastiBawaj, M.M.BawajBayley, J. C.J. C.BayleyBazzan, M.M.BazzanBécsy, B.B.BécsyBejger, M.M.BejgerBelahcene, I.I.BelahceneBell, A. S.A. S.BellBeniwal, D.D.BeniwalBenjamin, M. G.M. G.BenjaminBentley, J. D.J. D.BentleyBergamin, F.F.BergaminBerger, B. K.B. K.BergerBergmann, G.G.BergmannBernuzzi, S.S.BernuzziBerry, C. P.L.C. P.L.BerryBersanetti, D.D.BersanettiBertolini, A.A.BertoliniBetzwieser, J.J.BetzwieserBhandare, R.R.BhandareBhandari, A. V.A. V.BhandariBianchi, A.A.BianchiBidler, J.J.BidlerBiggs, E.E.Biggs2025-08-312025-08-312021-07-1010.3847/1538-4357/abee152-s2.0-85111551282https://d8.irins.org/handle/IITG2025/25370We search for gravitational-wave transients associated with gamma-ray bursts (GRBs) detected by the Fermi and Swift satellites during the first part of the third observing run of Advanced LIGO and Advanced Virgo (2019 April 1 15:00 UTC-2019 October 1 15:00 UTC). A total of 105 GRBs were analyzed using a search for generic gravitational-wave transients; 32 GRBs were analyzed with a search that specifically targets neutron star binary mergers as short GRB progenitors. We find no significant evidence for gravitational-wave signals associated with the GRBs that we followed up, nor for a population of unidentified subthreshold signals. We consider several source types and signal morphologies, and report for these lower bounds on the distance to each GRB.trueArticlehttps://kclpure.kcl.ac.uk/portal/en/publications/4db3b5b9-7c04-4aa8-8e24-f7db55eaa48f1538435710 July 20213286arJournal32