Status of the Advanced Virgo gravitational wave detector

Acernese,; and Adams, F.; and Agatsuma, T.; and Aiello, K.; and Allocca, L.; and Amato, A.; and Antier, A.; and Arnaud, S.; and Ascenzi, N.; and Astone, S.; and Bacon, P.; and Bader, P.; and Baldaccini, M. K. M.; and Ballardin, F.; and Barone, G.; and Barsuglia, F.; and Barta, M.; and Basti, D.; and Bawaj, A.; and Bazzan, M.; and Bejger, M.; and Belahcene, M.; and Bersanetti, I.; and Bertolini, D.; and Bitossi, A.; and Bizouard, M.; and Bloemen, M. A.; and Boer, S.; and Bogaert, M.; and Bondu, G.; and Bonnand, F.; and Boom, R.; and Boschi, B. A.; and Bouffanais, V.; and Bozzi, Y.; and Bradaschia, A.; and Branchesi, C.; and Briant, M.; and Brillet, T.; and Brisson, A.; and Bulik, V.; and Bulten, T.; and Buskulic, H. J.; and Buy, D.; and Cagnoli, C.; and Calloni, G.; and Canepa, E.; and Canizares, M.; and Capocasa, P.; and Carbognani, E.; and Diaz, F.; Casanueva and Casentini, J.; and Cavalier, C.; and Cavalieri, F.; and Cella, R.; and Baiardi, G.; Cerboni and Cerretani, L.; and Cesarini, G.; and Chassande-Mottin, E.; and Chincarini, E.; and Chiummo, A.; and Christensen, A.; and Chua, N.; and Ciolfi, S.; and Cirone, R.; and Cleva, A.; and Coccia, F.; and Cohadon, E.; and Colla, P. -. F.; and Conti, A.; and Cortese, L.; and Coulon, S.; and Cuoco, J. -. P.; and D'Antonio, E.; and Dattilo, S.; and Davier, V.; and Degallaix, M.; and De laurentis, J.; and Deleglise, M.; and Del Pozzo, S.; and De Rosa, W.; and Di Fiore, R.; and Di Giovanni, L.; and Di Girolamo, M.; and Di Lieto, T.; and Di Pace, A.; and Di Palma, S.; and Di Renzo, I.; and Dolique, F.; and Ducrot, V.; and Fafone, M.; and Farinon, V.; and Ferrante, S.; and Ferrini, I.; and Fidecaro, F.; and Fiori, F.; and Fiorucci, I.; and Flarninio, D.; and Fournier, R.; and Frasca, J. -. D.; and Frasconi, S.; and Frey, F.; and Gammaitoni, V.; and Garufi, L.; and Gemme, F.; and Genin, G.; and Gennai, E.; and Germain, A.; and Ghosh, V.; and Ghosh, A.; and Giazotto, S.; and Castro, A.; Gonzalez and Gosselin, J. M.; and Gouaty, M.; and Grado, R.; and Granata, A.; and Greco, M.; and Groot, G.; and Gruning, P.; and Guidi, P.; and Harms, G. M.; and Heidmann, J.; and Heitmann, A.; and Hello, H.; and Hemming, P.; and Hoak, G.; and Hofman, D.; and Huet, D.; and Intini, D.; and Isac, G.; and Jacqmin, J. -. M.; and Jaranowski, T.; and Jonker, P.; and Kefelian, R. J. G.; and Khan, F.; and Koley, I.; and Kowalska, S.; and Krolak, I.; and Kutynia, A.; and Lartaux-Vollard, A.; and Lazzaro, A.; and Leaci, C.; and Leonardi, P.; and Leory, M.; and Letendre, N.; and Lorenzini, N.; and Loriette, M.; and Losurdo, V.; and Lumaca, G.; and Majorana, D.; and Maksimovic, E.; and Man, I.; and Mantovani, N.; And, M.; Marchesoni, F.; Marion, And; and Martelli, F.; and Martellini, F.; and Masserot, L.; and Mastrogiovanni, A.; and Meidam, S.; and Merzougui, J.; and Metzdorff, M.; and Mezzani, R.; and Michel, F.; and Milano, C.; and Miller, L.; and Minazzoli, A.; and Minenkov, O.; and Moggi, Y.; and Mohan, A.; and Montani, M.; and Mours, M.; and Nardecchia, B.; and Naticchioni, I.; and Nelemans, L.; and Neri, G.; and Nichols, M.; and Nissanke, D.; and Nocera, S.; and Palomba, F.; and Paoletti, C.; and Paoli, F.; and Pasqualetti, A.; and Passaquieti, A.; and Passuello, R.; and Patricelli, D.; and Pedurand, B.; and Perreca, R.; and Piccinni, A.; and Pichot, O. J.; and Piergiovanni, M.; and Pillant, F.; and Pinard, G.; and Poggiani, L.; and Popolizio, R.; and Porter, P.; and Prodi, E. K.; and Punturo, G. A.; and Puppo, M.; and Rapagnani, P.; and Razzano, P.; and Regimbau, M.; and Rei, T.; and Ricci, L.; and Robinet, F.; and Rocchi, F.; and Rolland, A.; and Romano, L.; and Rosinska, R.; and Ruggi, D.; and Salconi, P.; and Sassolas, L.; and Schmidt, B.; and Sentenac, P.; and Sequino, D.; and Sieniawska, V.; and Singhal, M.; and Sorrentino, A.; and Stratta, F.; and Swinkels, G.; and Tacca, B. L.; and Tiwari, M.; and Tonelli, S.; and Travasso, M.; and Tringali, F.; and Trozzo, M. C.; and Tsang, L.; and van Bakel, K. W.; and van Beuzekom, N.; and van den Brand, M.; and Van Den Broeck, J. F. J.; and van der Schaaf, C.; and van Heijningen, L.; and Vardaro, J. V.; and Vasuth, M.; and Vedovato, M.; and Verkindt, G.; and Vetrano, D.; and Vicere, F.; and Vinet, A.; and Vocca, J. -. Y.; and Walet, H.; and Wang, R.; and Was, G.; and Yvert, M.; and Zadrozny, M.; and Zelenova, A.; and Zendri, T.; J. -. P.,

doi:10.1142/50217751X17440031

Advanced Virgo is the French Italian second generation laser gravitational wave detector, successor of the Initial Virgo. This new interferometer keeps only the infrastructure of its predecessor and aims to be ten times more sensitive, with its first science run planned for 2017. This article gives an overview of the Advanced Virgo design and the technical choices behind it. Finally, the up-to-date progresses and the planned upgrade for the following years are detailed.

Status of the Advanced Virgo gravitational wave detector

Acernese;F. and Adams;T. and Agatsuma;K. and Aiello;L. and Allocca;A. and Amato;A. and Antier;S. and Arnaud;N. and Ascenzi;S. and Astone;P. and Bacon;P. and Bader;M. K. M. and Baldaccini;F. and Ballardin;G. and Barone;F. and Barsuglia;M. and Barta;D. and Basti;A. and Bawaj;M. and Bazzan;M. and Bejger;M. and Belahcene;I. and Bersanetti;D. and Bertolini;A. and Bitossi;M. and Bizouard;M. A. and Bloemen;S. and Boer;M. and Bogaert;G. and Bondu;F. and Bonnand;R. and Boom;B. A. and Boschi;V. and Bouffanais;Y. and Bozzi;A. and Bradaschia;C. and Branchesi;M. and Briant;T. and Brillet;A. and Brisson;V. and Bulik;T. and Bulten;H. J. and Buskulic;D. and Buy;C. and Cagnoli;G. and Calloni;E. and Canepa;M. and Canizares;P. and Capocasa;E. and Carbognani;F. and Diaz;J. Casanueva and Casentini;C. and Cavalier;F. and Cavalieri;R. and Cella;G. and Baiardi;L. Cerboni and Cerretani;G. and Cesarini;E. and Chassande-Mottin;E. and Chincarini;A. and Chiummo;A. and Christensen;N. and Chua;S. and Ciolfi;R. and Cirone;A. and Cleva;F. and Coccia;E. and Cohadon;P. -.F. and Colla;A. and Conti;L. and Cortese;S. and Coulon;J. -.P. and Cuoco;E. and D'Antonio;S. and Dattilo;V. and Davier;M. and Degallaix;J. and De laurentis;M. and Deleglise;S. and Del Pozzo;W. and De Rosa;R. and Di Fiore;L. and Di Giovanni;M. and Di Girolamo;T. and Di Lieto;A. and Di Pace;S. and Di Palma;I. and Di Renzo;F. and Dolique;V. and Ducrot;M. and Fafone;V. and Farinon;S. and Ferrante;I. and Ferrini;F. and Fidecaro;F. and Fiori;I. and Fiorucci;D. and Flarninio;R. and Fournier;J. -.D. and Frasca;S. and Frasconi;F. and Frey;V. and Gammaitoni;L. and Garufi;F. and Gemme;G. and Genin;E. and Gennai;A. and Germain;V. and Ghosh;A. and Ghosh;S. and Giazotto;A. and Castro;J. M. Gonzalez and Gosselin;M. and Gouaty;R. and Grado;A. and Granata;M. and Greco;G. and Groot;P. and Gruning;P. and Guidi;G. M. and Harms;J. and Heidmann;A. and Heitmann;H. and Hello;P. and Hemming;G. and Hoak;D. and Hofman;D. and Huet;D. and Intini;G. and Isac;J. -.M. and Jacqmin;T. and Jaranowski;P. and Jonker;R. J. G. and Kefelian;F. and Khan;I. and Koley;S. and Kowalska;I. and Krolak;A. and Kutynia;A. and Lartaux-Vollard;A. and Lazzaro;C. and Leaci;P. and Leonardi;M. and Leory;N. and Letendre;N. and Lorenzini;M. and Loriette;V. and Losurdo;G. and Lumaca;D. and Majorana;E. and Maksimovic;I. and Man;N. and Mantovani;M. and;F. Marchesoni;and Marion;F. and Martelli;F. and Martellini;L. and Masserot;A. and Mastrogiovanni;S. and Meidam;J. and Merzougui;M. and Metzdorff;R. and Mezzani;F. and Michel;C. and Milano;L. and Miller;A. and Minazzoli;O. and Minenkov;Y. and Moggi;A. and Mohan;M. and Montani;M. and Mours;B. and Nardecchia;I. and Naticchioni;L. and Nelemans;G. and Neri;M. and Nichols;D. and Nissanke;S. and Nocera;F. and Palomba;C. and Paoletti;F. and Paoli;A. and Pasqualetti;A. and Passaquieti;R. and Passuello;D. and Patricelli;B. and Pedurand;R. and Perreca;A. and Piccinni;O. J. and Pichot;M. and Piergiovanni;F. and Pillant;G. and Pinard;L. and Poggiani;R. and Popolizio;P. and Porter;E. K. and Prodi;G. A. and Punturo;M. and Puppo;P. and Rapagnani;P. and Razzano;M. and Regimbau;T. and Rei;L. and Ricci;F. and Robinet;F. and Rocchi;A. and Rolland;L. and Romano;R. and Rosinska;D. and Ruggi;P. and Salconi;L. and Sassolas;B. and Schmidt;P. and Sentenac;D. and Sequino;V. and Sieniawska;M. and Singhal;A. and Sorrentino;F. and Stratta;G. and Swinkels;B. L. and Tacca;M. and Tiwari;S. and Tonelli;M. and Travasso;F. and Tringali;M. C. and Trozzo;L. and Tsang;K. W. and van Bakel;N. and van Beuzekom;M. and van den Brand;J. F. J. and Van Den Broeck;C. and van der Schaaf;L. and van Heijningen;J. V. and Vardaro;M. and Vasuth;M. and Vedovato;G. and Verkindt;D. and Vetrano;F. and Vicere;A. and Vinet;J. -.Y. and Vocca;H. and Walet;R. and Wang;G. and Was;M. and Yvert;M. and Zadrozny;A. and Zelenova;T. and Zendri;J. -.P.

2017-01-01

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	Anno di pubblicazione
	
				2017
			
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				INTERNATIONAL JOURNAL OF MODERN PHYSICS A
			
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				https://dx.doi.org/10.1142/50217751X17440031
			
	ID tipologia loginMiur
	
				262
			
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11581/405223

Status of the Advanced Virgo gravitational wave detector

2017-01-01

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Status of the Advanced Virgo gravitational wave detector

2017-01-01

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