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The NINJA-2 project: detecting and characterizing gravitational waveforms modelled using numerical binary black hole simulations

Title:	The NINJA-2 project: detecting and characterizing gravitational waveforms modelled using numerical binary black hole simulations
Authors:	Aasi J; Abbott BP; Abbott R; Abbott T; Abernathy MR; Accadia T; Acernese F; Ackley K; Adams C; Adams T; Addesso P; Adhikari RX; Affeldt C; Agathos M; Aggarwal N; Aguiar OD; Ain A; Ajith P; Alemic A; Allen B; Allocca A; Amariutei D; Andersen M; Anderson R; Anderson SB; Anderson WG; Arai K; Araya MC; Arceneaux C; Areeda J; Aston SM; Astone P; Aufmuth P; Aulbert C; Austin L; Aylott BE; Babak S; Baker PT; Ballardin G; Ballmer SW; Barayoga JC; Barbet M; Barish BC; Barker D; Barone F; Barr B; Barsotti L; Barsuglia M; Barton MA; Bartos I; Bassiri R; Basti A; Batch JC; Bauchrowitz J; Bauer TS; Behnke B; Bejger M; Beker MG; Belczynski C; Bell AS; Bell C; Bergmann G; Bersanetti D; Bertolini A; Betzwieser J; Beyersdorf PT; Bilenko IA; Billingsley G; Birch J; Biscans S; Bitossi M; Bizouard MA; Black E; Blackburn JK; Blackburn L; Blair D; Bloemen S; Blom M; Bock O; Bodiya TP; Boer M; Bogaert G; Bogan C; Bond C; Bondu F; Bonelli L; Bonnand R; Bork R; Born M; Boschi V; Bose S; Bosi L; Bradaschia C; Brady PR; Braginsky VB; Branchesi M; Brau JE; Briant T; Bridges DO; Brillet A; Brinkmann M; Brisson V; Brooks AF; Brown DA; Brown DD; Brukner F; Buchman S; Bulik T; Bulten HJ; Buonanno A; Burman R; Buskulic D; Buy C; Cadonati L; Cagnoli G; Bustillo JC; Calloni E; Camp JB; Campsie P; Cannon KC; Canuel B; Cao J; Capano CD; Carbognani F; Carbone L; Caride S; Castiglia A; Caudill S; Cavaglia M; Cavalier F; Cavalieri R; Celerier C; Cella G; Cepeda C; Cesarini E; Chakraborty R; Chalermsongsak T; Chamberlin SJ; Chao S; Charlton P; Chassande-Mottin E; Chen X; Chen Y; Chincarini A; Chiummo A; Cho HS; Chow J; Christensen N; Chu Q; Chua SSY; Chung S; Ciani G; Clara F; Clark JA; Cleva F; Coccia E; Cohadon PF; Colla A; Collette C; Colombini M; Cominsky L; Constancio M; Conte A; Cook D; Corbitt TR; Cordier M; Cornish N; Corpuz A; Corsi A; Costa CA; Coughlin MW; Coughlin S; Coulon JP; Countryman S; Couvares P; Coward DM; Cowart M; Coyne DC; Coyne R; Craig K; Creighton JDE; Crowder SG; Cumming A; Cunningham L; Cuoco E; Dahl K; Dal Canton T; Damjanic M; Danilishin SL; D'Antonio S; Danzmann K; Dattilo V; Daveloza H; Davier M; Davies GS; Daw EJ; Day R; Dayanga T; Debreczeni G; Degallaix J; Deleglise S; Del Pozzo W; Denker T; Dent T; Dereli H; Dergachev V; De Rosa R; DeRosa RT; DeSalvo R; Dhurandhar S; Diaz M; Di Fiore L; Di Lieto A; Di Palma I; Di Virgilio A; Donath A; Donovan F; Dooley KL; Doravari S; Dossa S; Douglas R; Downes TP; Drago M; Drever RWP; Driggers JC; Du Z; Dwyer S; Eberle T; Edo T; Edwards M; Effler A; Eggenstein H; Ehrens P; Eichholz J; Eikenberry SS; Endroczi G; Essick R; Etzel T; Evans M; Evans T; Factourovich M; Fafone V; Fairhurst S; Fang Q; Farinon S; Farr B; Farr WM; Favata M; Fehrmann H; Fejer MM; Feldbaum D; Feroz F; Ferrante I; Ferrini F; Fidecaro F; Finn LS; Fiori I; Fisher RP; Flaminio R; Fournier JD; Franco S; Frasca S; Frasconi F; Frede M; Frei Z; Freise A; Frey R; Fricke TT; Fritschel P; Frolov VV; Fulda P; Fyffe M; Gair J; Gammaitoni L; Gaonkar S; Garufi F; Gehrels N; Gemme G; Genin E; Gennai A; Ghosh S; Giaime JA; Giardina KD; Giazotto A; Gill C; Gleason J; Goetz E; Goetz R; Gondan L; Gonzalez G; Gordon N; Gorodetsky ML; Gossan S; Gossler S; Gouaty R; Graf C; Graff PB; Granata M; Grant A; Gras S; Gray C; Greenhalgh RJS; Gretarsson AM; Groot P; Grote H; Grover K; Grunewald S; Guidi GM; Guido C; Gushwa K; Gustafson EK; Gustafson R; Hammer D; Hammond G; Hanke M; Hanks J; Hanna C; Hanson J; Harms J; Harry GM; Harry IW; Harstad ED; Hart M; Hartman MT; Haster CJ; Haughian K; Heidmann A; Heintze M; Heitmann H; Hello P; Hemming G; Hendry M; Heng IS; Heptonstall AW; Heurs M; Hewitson M; Hild S; Hoak D; Hodge KA; Holt K; Hooper S; Hopkins P; Hosken DJ; Hough J; Howell EJ; Hu Y; Hughey B; Husa S; Huttner SH; Huynh M; Huynh-Dinh T; Ingram DR; Inta R; Isogai T; Ivanov A; Iyer BR; Izumi K; Jacobson M; James E; Jang H; Jaranowski P; Ji Y; Jimenez-Forteza F; Johnson WW; Jones DI; Jones R; Jonker RJG; Ju L; Haris K; Kalmus P; Kalogera V; Kandhasamy S; Kang G; Kanner JB; Karlen J; Kasprzack M; Katsavounidis E; Katzman W; Kaufer H; Kawabe K; Kawazoe F; Kefelian F; Keiser GM; Keitel D; Kelley DB; Kells W; Khalaidovski A; Khalili FY; Khazanov EA; Kim C; Kim K; Kim N; Kim NG; Kim YM; King EJ; King PJ; Kinzel DL; Kissel JS; Klimenko S; Kline J; Koehlenbeck S; Kokeyama K; Kondrashov V; Koranda S; Korth WZ; Kowalska I; Kozak DB; Kremin A; Kringel V; Krishnan B; Krolak A; Kuehn G; Kumar A; Kumar P; Kumar R; Kuo L; Kutynia A; Kwee P; Landry M; Lantz B; Larson S; Lasky PD; Lawrie C; Lazzarini A; Lazzaro C; Leaci P; Leavey S; Lebigot EO; Lee CH; Lee HK; Lee HM; Lee J; Leonardi M; Leong JR; Le Roux A; Leroy N; Letendre N; Levin Y; Levine B; Lewis J; Li TGF; Libbrecht K; Libson A; Lin AC; Littenberg TB; Litvine V; Lockerbie NA; Lockett V; Lodhia D; Loew K; Logue J; Lombardi AL; Lorenzini M; Loriette V; Lormand M; Losurdo G; Lough J; Lubinski MJ; Luck H; Luijten E; Lundgren AP; Lynch R; Ma Y; Macarthur J; Macdonald EP; MacDonald T; Machenschalk B; MacInnis M; Macleod DM; Magana-Sandoval F; Mageswaran M; Maglione C; Mailand K; Majorana E; Maksimovic I; Malvezzi V; Man N; Manca GM; Mandel I; Mandic V; Mangano V; Mangini N; Mantovani M; Marchesoni F; Marion F; Marka S; Marka Z; Markosyan A; Maros E; Marque J; Martelli F; Martin IW; Martin RM; Martinelli L; Martynov D; Marx JN; Mason K; Masserot A; Massinger TJ; Matichard F; Matone L; Matzner RA; Mavalvala N; Mazumder N; Mazzolo G; McCarthy R; McClelland DE; McGuire SC; McIntyre G; McIver J; Mclin K; Meacher D; Meadors GD; Mehmet M; Meidam J; Meinders M; Melatos A; Mendell G; Mercer RA; Meshkov S; Messenger C; Meyers P; Miao H; Michel C; Mikhailov EE; Milano L; Milde S; Miller J; Minenkov Y; Mingarelli CMF; Mishra C; Mitra S; Mitrofanov VP; Mitselmakher G; Mittleman R; Moe B; Moesta P; Mohan M; Mohapatra SRP; Moraru D; Moreno G; Morgado N; Morriss SR; Mossavi K; Mours B; Mow-Lowry CM; Mueller CL; Mueller G; Mukherjee S; Mullavey A; Munch J; Murphy D; Murray PG; Mytidis A; Nagy MF; Kumar DN; Nardecchia I; Naticchioni L; Nayak RK; Necula V; Nelemans G; Neri I; Neri M; Newton G; Nguyen T; Nitz A; Nocera F; Nolting D; Normandin MEN; Nuttall LK; Ochsner E; O'Dell J; Oelker E; Oh JJ; Oh SH; Ohme F; Oppermann P; O'Reilly B; O'Shaughnessy R; Osthelder C; Ottaway DJ; Ottens RS; Overmier H; Owen BJ; Padilla C; Pai A; Palashov O; Palomba C; Pan H; Pan Y; Pankow C; Paoletti F; Paoletti R; Papa MA; Paris H; Pasqualetti A; Passaquieti R; Passuello D; Pedraza M; Penn S; Perreca A; Phelps M; Pichot M; Pickenpack M; Piergiovanni F; Pierro V; Pinard L; Pinto IM; Pitkin M; Poeld J; Poggiani R; Poteomkin A; Powell J; Prasad J; Premachandra S; Prestegard T; Price LR; Prijatelj M; Privitera S; Prodi GA; Prokhorov L; Puncken O; Punturo M; Puppo P; Qin J; Quetschke V; Quintero E; Quiroga G; Quitzow-James R; Raab FJ; Rabeling DS; Racz I; Radkins H; Raffai P; Raja S; Rajalakshmi G; Rakhmanov M; Ramet C; Ramirez K; Rapagnani P; Raymond V; Re V; Read J; Reed CM; Regimbau T; Reid S; Reitze DH; Rhoades E; Ricci F; Riles K; Robertson NA; Robinet F; Rocchi A; Rodruck M; Rolland L; Rollins JG; Romano R; Romanov G; Romie JH; Rosiska D; Rowan S; Rudiger A; Ruggi P; Ryan K; Salemi F; Sammut L; Sandberg V; Sanders JR; Sannibale V; Santiago-Prieto I; Saracco E; Sassolas B; Sathyaprakash BS; Saulson PR; Savage R; Scheuer J; Schilling R; Schnabel R; Schofield RMS; Schreiber E; Schuette D; Schutz BF; Scott J; Scott SM; Sellers D; Sengupta AS; Sentenac D; Sequino V; Sergeev A; Shaddock D; Shah S; Shahriar MS; Shaltev M; Shapiro B; Shawhan P; Shoemaker DH; Sidery TL; Siellez K; Siemens X; Sigg D; Simakov D; Singer A; Singer L; Singh R; Sintes AM; Slagmolen BJJ; Slutsky J; Smith JR; Smith M; Smith RJE; Smith-Lefebvre ND; Son EJ; Sorazu B; Souradeep T; Sperandio L; Staley A; Stebbins J; Steinlechner J; Steinlechner S; Stephens BC; Steplewski S; Stevenson S; Stone R; Stops D; Strain KA; Straniero N; Strigin S; Sturani R; Stuver AL; Summerscales TZ; Susmithan S; Sutton PJ; Swinkels B; Tacca M; Talukder D; Tanner DB; Tarabrin SP; Taylor R; ter Braack APM; Thirugnanasambandam MP; Thomas M; Thomas P; Thorne KA; Thorne KS; Thrane E; Tiwari V; Tokmakov KV; Tomlinson C; Toncelli A; Tonelli M; Torre O; Torres CV; Torrie CI; Travasso F; Traylor G; Tse M; Ugolini D; Unnikrishnan CS; Urban AL; Urbanek K; Vahlbruch H; Vajente G; Valdes G; Vallisneri M; van den Brand JFJ; Van den Broeck C; van der Putten S; van der Sluys MV; van Heijningen J; van Veggel AA; Vass S; Vasuth M; Vaulin R; Vecchio A; Vedovato G; Veitch J; Veitch PJ; Venkateswara K; Verkindt D; Verma SS; Vetrano F; Vicere A; Vincent-Finley R; Vinet JY; Vitale S; Vo T; Vocca H; Vorvick C; Vousden WD; Vyachanin SP; Wade A; Wade L; Wade M; Walker M; Wallace L; Wang M; Wang X; Ward RL; Was M; Weaver B; Wei LW; Weinert M; Weinstein AJ; Weiss R; Welborn T; Wen L; Wessels P; West M; Westphal T; Wette K; Whelan JT; Whitcomb SE; White DJ; Whiting BF; Wiesner K; Wilkinson C; Williams K; Williams L; Williams R; Williams T; Williamson AR; Willis JL; Willke B; Wimmer M; Winkler W; Wipf CC; Wiseman AG; Wittel H; Woan G; Worden J; Yablon J; Yakushin I; Yamamoto H; Yancey CC; Yang H; Yang Z; Yoshida S; Yvert M; Zadrozny A; Zanolin M; Zendri JP; Zhang F; Zhang L; Zhao C; Zhu XJ; Zucker ME; Zuraw S; Zweizig J; Boyle M; Brugmann B; Buchman LT; Campanelli M; Chu T; Etienne ZB; Hannam M; Healy J; Hinder I; Kidder LE; Laguna P; Liu YT; London L; Lousto CO; Lovelace G; MacDonald I; Marronetti P; Mosta P; Muller D; Mundim BC; Nakano H; Paschalidis V; Pekowsky L; Pollney D; Pfeiffer HP; Ponce M; Purrer M; Reifenberger G; Reisswig C; Santamaria L; Scheel MA; Shapiro SL; Shoemaker D; Sopuerta CF; Sperhake U; Szilagyi B; Taylor NW; Tichy W; Tsatsin P; Zlochower Y
Contributors:	Aasi, J; Abbott, Bp; Abbott, R; Abbott, T; Abernathy, Mr; Accadia, T; Acernese, F; Ackley, K; Adams, C; Adams, T; Addesso, P; Adhikari, Rx; Affeldt, C; Agathos, M; Aggarwal, N; Aguiar, Od; Ain, A; Ajith, P; Alemic, A; Allen, B; Allocca, A; Amariutei, D; Andersen, M; Anderson, R; Anderson, Sb; Anderson, Wg; Arai, K; Araya, Mc; Arceneaux, C; Areeda, J; Aston, Sm; Astone, P; Aufmuth, P; Aulbert, C; Austin, L; Aylott, Be; Babak, S; Baker, Pt; Ballardin, G; Ballmer, Sw; Barayoga, Jc; Barbet, M; Barish, Bc; Barker, D; Barone, F; Barr, B; Barsotti, L; Barsuglia, M; Barton, Ma; Bartos, I; Bassiri, R; Basti, A; Batch, Jc; Bauchrowitz, J; Bauer, T; Behnke, B; Bejger, M; Beker, Mg; Belczynski, C; Bell, A; Bell, C; Bergmann, G; Bersanetti, D; Bertolini, A; Betzwieser, J; Beyersdorf, Pt; Bilenko, Ia; Billingsley, G; Birch, J; Biscans, S; Bitossi, M; Bizouard, Ma; Black, E; Blackburn, Jk; Blackburn, L; Blair, D; Bloemen, S; Blom, M; Bock, O; Bodiya, Tp; Boer, M; Bogaert, G; Bogan, C; Bond, C; Bondu, F; Bonelli, L; Bonnand, R; Bork, R; Born, M; Boschi, V; Bose, S; Bosi, L; Bradaschia, C; Brady, Pr; Braginsky, Vb; Branchesi, M; Brau, Je; Briant, T; Bridges, Do; Brillet, A
Publication Year:	2014
Collection:	IRIS Università degli Studi di Bologna (CRIS - Current Research Information System)
Subject Terms:	gravitational waves
Description:	The Numerical INJection Analysis (NINJA) project is a collaborative effort between members of the numerical relativity and gravitational-wave (GW) astrophysics communities. The purpose of NINJA is to study the ability to detect GWs emitted from merging binary black holes (BBH) and recover their parameters with next-generation GW observatories. We report here on the results of the second NINJA project, NINJA-2, which employs 60 complete BBH hybrid waveforms consisting of a numerical portion modelling the late inspiral, merger, and ringdown stitched to a post-Newtonian portion modelling the early inspiral. In a 'blind injection challenge' similar to that conducted in recent Laser Interferometer Gravitational Wave Observatory (LIGO) and Virgo science runs, we added seven hybrid waveforms to two months of data recoloured to predictions of Advanced LIGO (aLIGO) and Advanced Virgo (AdV) sensitivity curves during their first observing runs. The resulting data was analysed by GW detection algorithms and 6 of the waveforms were recovered with false alarm rates smaller than 1 in a thousand years. Parameter-estimation algorithms were run on each of these waveforms to explore the ability to constrain the masses, component angular momenta and sky position of these waveforms. We find that the strong degeneracy between the mass ratio and the BHs' angular momenta will make it difficult to precisely estimate these parameters with aLIGO and AdV. We also perform a large-scale Monte Carlo study to assess the ability to recover each of the 60 hybrid waveforms with early aLIGO and AdV sensitivity curves. Our results predict that early aLIGO and AdV will have a volume-weighted average sensitive distance of 300 Mpc (1 Gpc) for 10M⊙ + 10M⊙ (50M⊙ + 50M⊙) BBH coalescences. We demonstrate that neglecting the component angular momenta in the waveform models used in matched-filtering will result in a reduction in sensitivity for systems with large component angular momenta. This reduction is estimated to be up to ∼15% for 50M⊙ + 50M⊙ BBH ...
Document Type:	article in journal/newspaper
File Description:	ELETTRONICO
Language:	English
Relation:	info:eu-repo/semantics/altIdentifier/wos/WOS:000336802600004; volume:31; issue:11; firstpage:1; lastpage:46; numberofpages:46; journal:CLASSICAL AND QUANTUM GRAVITY; https://hdl.handle.net/11585/997628
DOI:	10.1088/0264-9381/31/11/115004
Availability:	https://hdl.handle.net/11585/997628; https://doi.org/10.1088/0264-9381/31/11/115004
Accession Number:	edsbas.32AF31AE
Database:	BASE