LIGO gravitational-wave (GW) searches from SNRs J/ApJ/813/39 ivo://CDS.VizieR/J/ApJ/813/39 doi:10.26093/cds/vizier.18130039 CDS Aasi J. Abbott B.P. Abbott R. Abbott T. Abernathy M.R. Acernese F.,Ackley K. Adams C. Adams T. Addesso P. Adhikari R.X. Adya V.,Affeldt C. Agathos M. Agatsuma K. Aggarwal N. Aguiar O.D. Ain A.,Ajith P. Alemic A. Allen B. Allocca A. Amariutei D. Anderson S.B.,Anderson W.G. Arai K. Araya M.C. Arceneaux C. Areeda J.S. Ast S.,Aston S.M. Astone P. Aufmuth P. Aulbert C. Aylott B.E. Babak S.,Baker P.T. Baldaccini F. Ballardin G. Ballmer S.W. Barayoga J.C.,Barbet M. Barclay S. Barish B.C. Barker D. Barone F. Barr B.,Barsotti L. Barsuglia M. Bartlett J. Barton M.A. Bartos I. Bassiri R.,Basti A. Batch J.C. Bauer TH.S. Baune C. Bavigadda V. Behnke B.,Bejger M. Belczynski C. Bell A.S. Bell C. Benacquista M. Bergman J.,Bergmann G. Berry C.P.L. Bersanetti D. Bertolini A. Betzwieser J.,Bhagwat S. Bhandare R. Bilenko I.A. Billingsley G. Birch J.,Biscans S. Bitossi M. Biwer C. Bizouard M.A. Blackburn J.K.,Blackburn L. Blair C.D. Blair D. Bloemen S. Bock O. Bodiya T.P.,Boer M. Bogaert G. Bojtos P. Bond C. Bondu F. Bonelli L. Bonnand R.,Bork R. Born M. Boschi V. Bose S. Bradaschia C. Brady P.R.,Braginsky V.B. Branchesi M. Brau J.E. Briant T. Bridges D.O.,Brillet A. Brinkmann M. Brisson V. Brooks A.F. Brown D.A. Brown D.D.,Brown N.M. Buchman S. Buikema A. Bulik T. Bulten H.J. Buonanno A.,Buskulic D. Buy C. Cadonati L. Cagnoli G. Calderon Bustillo J.,Calloni E. Camp J.B. Cannon K.C. Cao J. Capano C.D. Carbognani F.,Caride S. Caudill S. Cavaglia M. Cavalier F. Cavalieri R. Cella G.,Cepeda C. Cesarini E. Chakraborty R. Chalermsongsak T. Chamberlin S.J.,Chao S. Charlton P. Chassande-Mottin E. Chen Y. Chincarini A.,Chiummo A. Cho H.S. Cho M. Chow J.H. Christensen N. Chu Q. Chua S.,Chung S. Ciani G. Clara F. Clark J.A. Cleva F. Coccia E.,Cohadon P.-F. Colla A. Collette C. Colombini M. Cominsky L.,Constancio M.JR Conte A. Cook D. Corbitt T.R. Cornish N. Corsi A.,Costa C.A. Coughlin M.W. Coulon J.-P. Countryman S. Couvares P.,Coward D.M. Cowart M.J. Coyne D.C. Coyne R. Craig K. Creighton J.D.E.,Creighton T.D. Cripe J. Crowder S.G. Cumming A. Cunningham L.,Cuoco E. Cutler C. Dahl K. Dal Canton T. Damjanic M. Danilishin S.L.,D'Antonio S. Danzmann K. Dartez L. Dattilo V. Dave I. Daveloza H.,Davier M. Davies G.S. Daw E.J. Day R. DeBra D. Debreczeni G.,Degallaix J. De Laurentis M. Deleglise S. Del Pozzo W. Denker T.,Dent T. Dereli H. Dergachev V. De Rosa R. DeRosa R.T. DeSalvo R.,Dhurandhar S. Diaz M. Di Fiore L. Di Lieto A. Di Palma I.,Di Virgilio A. Dojcinoski G. Dolique V. Dominguez E. Donovan F.,Dooley K.L. Doravari S. Douglas R. Downes T.P. Drago M. Driggers J.C.,Du Z. Ducrot M. Dwyer S. Eberle T. Edo T. Edwards M. Effler A.,Eggenstein H.-B. Ehrens P. Eichholz J. Eikenberry S.S. Essick R.,Etzel T. Evans M. Evans T. Factourovich M. Fafone V. Fairhurst S.,Fan X. Fang Q. Farinon S. Farr B. Farr W.M. Favata M. Fays M.,Fehrmann H. Fejer M.M. Feldbaum D. Ferrante I. Ferreira E.C.,Ferrini F. Fidecaro F. Fiori I. Fisher R.P. Flaminio R.,Fournier J.-D. Franco S. Frasca S. Frasconi F. Frei Z. Freise A.,Frey R. Fricke T.T. Fritschel P. Frolov V.V. Fuentes-Tapia S.,Fulda P. Fyffe M. Gair J.R. Gammaitoni L. Gaonkar S. Garufi F.,Gatto A. Gehrels N. Gemme G. Gendre B. Genin E. Gennai A.,Gergely L.A. Ghosh S. Giaime J.A. Giardina K.D. Giazotto A.,Gleason J. Goetz E. Goetz R. Gondan L. Gonzalez G. Gordon N.,Gorodetsky M.L. Gossan S. Gossler S. Gouaty R. Graf C. Graff P.B.,Granata M. Grant A. Gras S. Gray C. Greenhalgh R.J.S. Gretarsson A.M.,Groot P. Grote H. Grunewald S. Guidi G.M. Guido C.J. Guo X.,Gushwa K. Gustafson E.K. Gustafson R. Hacker J. Hall E.D. Hammond G.,Hanke M. Hanks J. Hanna C. Hannam M.D. Hanson J. Hardwick T.,Harms J. Harry G.M. Harry I.W. Hart M. Hartman M.T. Haster C.-J.,Haughian K. Heidmann A. Heintze M. Heinzel G. Heitmann H. Hello P.,Hemming G. Hendry M. Heng I.S. Heptonstall A.W. Heurs M. Hewitson M.,Hild S. Hoak D. Hodge K.A. Hofman D. Hollitt S.E. Holt K. Hopkins P.,Hosken D.J. Hough J. Houston E. Howell E.J. Hu Y.M. Huerta E.,Hughey B. Husa S. Huttner S.H. Huynh M. Huynh-Dinh T. Idrisy A.,Indik N. Ingram D.R. Inta R. Islas G. Isler J.C. Isogai T. Iyer B.R.,Izumi K. Jacobson M. Jang H. Jaranowski P. Jawahar S. Ji Y.,Jimenez-forteza F. Johnson W.W. Jones D.I. Jones R. Jonker R.J.G.,Ju L. K H. Kalogera V. Kandhasamy S. Kang G. Kanner J.B.,Kasprzack M. Katsavounidis E. Katzman W. Kaufer H. Kaufer S. Kaur T.,Kawabe K. Kawazoe F. Kefelian F. Keiser G.M. Keitel D. Kelley D.B.,Kells W. Keppel D.G. Key J.S. Khalaidovski A. Khalili F.Y.,Khazanov E.A. Kim C. Kim K. Kim N.G. Kim N. Kim Y.-M. King E.J.,King P.J. Kinzel D.L. Kissel J.S. Klimenko S. Kline J. Koehlenbeck S.,Kokeyama K. Kondrashov V. Korobko M. Korth W.Z. Kowalska I.,Kozak D.B. Kringel V. Krishnan B. Krolak A. Krueger C. Kuehn G.,Kumar A. Kumar P. Kuo L. Kutynia A. Landry M. Lantz B. Larson S.,Lasky P.D. Lazzarini A. Lazzaro C. Le J. Leaci P. Leavey S.,Lebigot E. Lebigot E.O. Lee C.H. Lee H.K. Lee H.M. Leonardi M.,Leong J.R. Leroy N. Letendre N. Levin Y. Levine B. Lewis J.,Li T.G.F. Libbrecht K. Libson A. Lin A.C. Littenberg T.B.,Lockerbie N.A. Lockett V. Logue J. Lombardi A.L. Lorenzini M.,Loriette V. Lormand M. Losurdo G. Lough J. Lubinski M.J. Luck H.,Lundgren A.P. Lynch R. Ma Y. Macarthur J. MacDonald T.,Machenschalk B. MacInnis M. Macleod D.M. Magana-Sandoval F. Magee R.,Mageswaran M. Maglione C. Mailand K. Majorana E. Maksimovic I.,Malvezzi V. Man N. Mandel I. Mandic V. Mangano V. Mansell G.L.,Mantovani M. Marchesoni F. Marion F. Marka S. Marka Z. Markosyan A.,Maros E. Martelli F. Martellini L. Martin I.W. Martin R.M.,Martynov D. Marx J.N. Mason K. Masserot A. Massinger T.J.,Matichard F. Matone L. Mavalvala N. Mazumder N. Mazzolo G.,McCarthy R. McClelland D.E. McCormick S. McGuire S.C. McIntyre G.,McIver J. McLin K. McWilliams S. Meacher D. Meadors G.D. Meidam J.,Meinders M. Melatos A. Mendell G. Mercer R.A. Meshkov S. Messenger C.,Meyers P.M. Mezzani F. Miao H. Michel C. Middleton H. Mikhailov E.E.,Milano L. Miller A. Miller J. Millhouse M. Minenkov Y. Ming J.,Mirshekari S. Mishra C. Mitra S. Mitrofanov V.P. Mitselmakher G.,Mittleman R. Moe B. Moggi A. Mohan M. Mohanty S.D. Mohapatra S.R.P.,Moore B. Moraru D. Moreno G. Morriss S.R. Mossavi K. Mours B.,Mow-lowry C.M. Mueller C.L. Mueller G. Mukherjee S. Mullavey A.,Munch J. Murphy D. Murray P.G. Mytidis A. Nagy M.F. Nardecchia I.,Nash T. Naticchioni L. Nayak R.K. Necula V. Nedkova K. Nelemans G.,Neri I. Neri M. Newton G. Nguyen T. Nielsen A.B. Nissanke S.,Nitz A.H. Nocera F. Nolting D. Normandin M.E.N. Nuttall L.K.,Ochsner E. O'dell J. Oelker E. Ogin G.H. Oh J.J. Oh S.H. Ohme F.,Oppermann P. Oram R. O'Reilly B. Ortega W. O'Shaughnessy R.,Osthelder C. Ott C.D. Ottaway D.J. Ottens R.S. Overmier H. Owen B.J.,Padilla C. Pai A. Pai S. Palashov O. Palomba C. Pal-Singh A. Pan H.,Pankow C. Pannarale F. Pant B.C. Paoletti F. Papa M.A. Paris H.,Pasqualetti A. Passaquieti R. Passuello D. Patrick Z. Pedraza M.,Pekowsky L. Pele A. Penn S. Perreca A. Phelps M. Pichot M.,Piergiovanni F. Pierro V. Pillant G. Pinard L. Pinto I.M. Pitkin M.,Poeld J. Poggiani R. Post A. Poteomkin A. Powell J. Prasad J.,Predoi V. Premachandra S. Prestegard T. Price L.R. Prijatelj M.,Principe M. Privitera S. Prix R. Prodi G.A. Prokhorov L. Puncken O.,Punturo M. Puppo P. Purrer M. Qin J. Quetschke V. Quintero E.,Quiroga G. Quitzow-James R. Raab F.J. Rabeling D.S. Racz I.,Radkins H. Raffai P. Raja S. Rajalakshmi G. Rakhmanov M. Ramirez K.,Rapagnani P. Raymond V. Razzano M. Re V. Reed C.M. Regimbau T.,Rei L. Reid S. Reitze D.H. Reula O. Ricci F. Riles K. Robertson N.A.,Robie R. Robinet F. Rocchi A. Rolland L. Rollins J.G. Roma V.,Romano R. Romanov G. Romie J.H. Rosin'ska D. Rowan S. Rudiger A.,Ruggi P. Ryan K. Sachdev S. Sadecki T. Sadeghian L. Saleem M.,Salemi F. Sammut L. Sandberg V. Sanders J.R. Sannibale V.,Santiago-Prieto I. Sassolas B. Sathyaprakash B.S. Saulson P.R.,Savage R. Sawadsky A. Scheuer J. Schilling R. Schmidt P. Schnabel R.,Schofield R.M.S. Schreiber E. Schuette D. Schutz B.F. Scott J.,Scott S.M. Sellers D. Sengupta A.S. Sentenac D. Sequino V. Sergeev A.,Serna G. Sevigny A. Shaddock D.A. Shah S. Shahriar M.S. Shaltev M.,Shao Z. Shapiro B. Shawhan P. Shoemaker D.H. Sidery T.L. Siellez K.,Siemens X. Sigg D. Silva A.D. Simakov D. Singer A. Singer L.,Singh R. Sintes A.M. Slagmolen B.J.J. Smith J.R. Smith M.R.,Smith R.J.E. Smith-Lefebvre N.D. Son E.J. Sorazu B. Souradeep T.,Staley A. Stebbins J. Steinke M. Steinlechner J. Steinlechner S.,Steinmeyer D. Stephens B.C. Steplewski S. Stevenson S. Stone R.,Strain K.A. Straniero N. Strigin S. Sturani R. Stuver A.L.,Summerscales T.Z. Sutton P.J. Swinkels B. Szczepanczyk M. Szeifert G.,Tacca M. Talukder D. Tanner D.B. Tapai M. Tarabrin S.P. Taracchini A.,Taylor R. Tellez G. Theeg T. Thirugnanasambandam M.P. Thomas M.,Thomas P. Thorne K.A. Thorne K.S. Thrane E. Tiwari V. Tomlinson C.,Tonelli M. Torres C.V. Torrie C.I. Travasso F. Traylor G. Tse M.,Tshilumba D. Ugolini D. Unnikrishnan C.S. Urban A.L. Usman S.A.,Vahlbruch H. Vajente G. Valdes G. Vallisneri M. van Bakel N.,van Beuzekom M. van den Brand J.F.J. van den Broeck C.,van der Sluys M.V. van Heijningen J. van Veggel A.A. Vass S. Vasuth M.,Vaulin R. Vecchio A. Vedovato G. Veitch J. Veitch P.J.,Venkateswara K. Verkindt D. Vetrano F. Vicere A. Vincent-Finley R.,Vinet J.-Y. Vitale S. Vo T. Vocca H. Vorvick C. Vousden W.D.,Vyatchanin S.P. Wade A.R. Wade L. Wade M. Walker M. Wallace L.,Walsh S. Wang H. Wang M. Wang X. Ward R.L. Warner J. Was M.,Weaver B. Wei L.-W. Weinert M. Weinstein A.J. Weiss R. Welborn T.,Wen L. Wessels P. Westphal T. Wette K. Whelan J.T. White D.J.,Whiting B.F. Wilkinson C. Williams L. Williams R. Williamson A.R.,Willis J.L. Willke B. Wimmer M. Winkler W. Wipf C.C. Wittel H.,Woan G. Worden J. Xie S. Yablon J. Yakushin I. Yam W. Yamamoto H.,Yancey C.C. Yang Q. Yvert M. Zadrozny A. Zanolin M. Zendri J.-P.,Zhang F. Zhang L. Zhang M. Zhang Y. Zhao C. Zhou M. Zhu X.J.,Zucker M.E. Zuraw S. Zweizig J. 2018-01-05T08:56:23Z 2016-03-14T15:41:02Z CDS support team CDS, Observatoire de Strasbourg, 11 rue de l'Universite, F-67000 Strasbourg, France cds-question@unistra.fr interferometry supernova-remnants We describe directed searches for continuous gravitational waves (GWs) in data from the sixth Laser Interferometer Gravitational-wave Observatory (LIGO) science data run. The targets were nine young supernova remnants not associated with pulsars; eight of the remnants are associated with non-pulsing suspected neutron stars. One target's parameters are uncertain enough to warrant two searches, for a total of 10. Each search covered a broad band of frequencies and first and second frequency derivatives for a fixed sky direction. The searches coherently integrated data from the two LIGO interferometers over time spans from 5.3-25.3 days using the matched-filtering F-statistic. We found no evidence of GW signals. We set 95% confidence upper limits as strong (low) as 4x10^-25^ on intrinsic strain, 2x10^-7^ on fiducial ellipticity, and 4x10^-5^ on r-mode amplitude. These beat the indirect limits from energy conservation and are within the range of theoretical predictions for neutron-star ellipticities and r-mode amplitudes. 2015ApJ...813...39A https://cdsarc.cds.unistra.fr/viz-bin/cat/J/ApJ/813/39 Catalog Research IsServedBy TAP VizieR generic service IsServedBy Conesearch service related-to VII/272 : A catalogue of Galactic supernova remnants (Green, 2014) VII/267 : Gravitational Wave Galaxy Catalogue (White+ 2011) J/ApJ/760/12 : LIGO/Virgo gravitational-wave (GW) bursts with GRBs J/ApJ/715/1438 : Gravitational-wave bursts with GRBs (Abbott+, 2010) J/ApJ/713/671 : Gravitational waves from pulsars (Abbott+, 2010) J/A+AS/58/197 : 11cm survey, 357.4<=l<=76, -1.5<=b<=1.5 (Reich+, 1984) https://cds.unistra.fr/vizier-org/licences_vizier.html https://vizier.cds.unistra.fr/viz-bin/VizieR-2?-source=J/ApJ/813/39 https://vizier.iucaa.in/viz-bin/VizieR-2?-source=J/ApJ/813/39 http://vizieridia.saao.ac.za/viz-bin/VizieR-2?-source=J/ApJ/813/39 https://vizier.cds.unistra.fr/viz-bin/votable?-source=J/ApJ/813/39 https://vizier.iucaa.in/viz-bin/votable?-source=J/ApJ/813/39 http://vizieridia.saao.ac.za/viz-bin/votable?-source=J/ApJ/813/39 GET text/xml+votable https://tapvizier.cds.unistra.fr/TAPVizieR/tap Cone search capability for table J/ApJ/813/39/table1 (Target objects and astronomical parameters used in each search) https://vizier.cds.unistra.fr/viz-bin/conesearch/J/ApJ/813/39/table1? https://vizier.iucaa.in/viz-bin/conesearch/J/ApJ/813/39/table1? http://vizieridia.saao.ac.za/viz-bin/conesearch/J/ApJ/813/39/table1? GET text/xml+votable 180.0 50000 true 267.195417 -27.171111 0.005555555555555556 6/14285 15511 23995 28896 29508 37869 37926 42434 42439 https://cdsarc.cds.unistra.fr/viz-bin/moc/J/ApJ/813/39?format=ascii default J/ApJ/813/39/table1 Target objects and astronomical parameters used in each search recno Record number assigned by the VizieR team. Should Not be used for identification. meta.record int SNR SNR Name (LLL.l+B.b; G) meta.id;meta.main char primary OName Other name meta.id char RAJ2000 Hour of right ascension (J2000) pos.eq.ra;meta.main DEJ2000 Degree of declination (J2000) pos.eq.dec;meta.main Dist [0.2/8.5] Distance (D) (1) kpc pos.distance;pos.heliocentric float Age [0.1/5] Age (a) (1) kyr time.age float Ngw Number of upper limit frequencies meta.number int nullable Simbad Simbad column added by the CDS meta.ref.url char
J/ApJ/813/39/table5 Upper limit data recno Record number assigned by the VizieR team. Should Not be used for identification. meta.record int SNR Galactic coordinate name of SNR searched meta.id;meta.main char Obs "_deep" or "_wide" for Vela Jr. (1) meta.note char Freq [46.5/2033.5] Central frequency of upper limit band Hz em.freq;stat.max float Strain The 95% confidence limit on intrinsic GW strain src.var.amplitude char