Advanced Virgo Status

Journal
Date Issued
2020
Author(s)
Acernese, F.
•
Adams, T.
•
Agatsuma, K.
•
Aiello, L.
•
Allocca, A.
•
Amato, A.
•
Antier, S.
•
Arnaud, N.
•
•
Astone, P.
•
Bacon, P.
•
Bader, M. K. M.
•
Baldaccini, F.
•
Ballardin, G.
•
Barone, F.
•
Barsuglia, M.
•
Barta, D.
•
Basti, A.
•
Bawaj, M.
•
Bazzan, M.
•
Bejger, M.
•
Belahcene, I.
•
Bersanetti, D.
•
Bertolini, A.
•
Bitossi, M.
•
Bizouard, M. A.
•
Bloemen, S.
•
Boer, M.
•
Bogaert, G.
•
Bondu, F.
•
Bonnand, R.
•
Boom, B. A.
•
Boschi, V.
•
Bouffanais, Y.
•
Bozzi, A.
•
Bradaschia, C.
•
Branchesi, M.
•
Briant, T.
•
Brillet, A.
•
Brisson, V.
•
Bulik, T.
•
Bulten, J. H.
•
Buskulic, D.
•
Buy, C.
•
Cagnoli, G.
•
Calloni, E.
•
Canepa, M.
•
Canizares, P.
•
Capocasa, E.
•
Carbognani, F.
•
Diaz, J. Casanueva
•
•
Caudill, S.
•
Cavalier, F.
•
Cavalieri, R.
•
Cella, G.
•
Cerdá-Durán, P.
•
Cerretani, G.
•
Cesarini, E.
•
Chassande-Mottin, E.
•
Chincarini, A.
•
Chiummo, A.
•
Christensen, N.
•
Chua, S.
•
Ciani, G.
•
•
Cirone, A.
•
Cleva, F.
•
Coccia, E.
•
Cohadon, P. -F.
•
Cohen, D.
•
Colla, A.
•
Conti, L.
•
Cordero-Carrion, I.
•
Cortese, S.
•
Coulon, J. -P.
•
Cuoco, E.
•
D'Antonio, S.
•
Dattilo, V.
•
Davier, M.
•
De Rossi, C.
•
Degallaix, J.
•
De Laurentis, M.
•
Deléglise, S.
•
Del Pozzo, W.
•
De Pietri, R.
•
De Rosa, R.
•
Di Fiore, L.
•
Di Giovanni, M.
•
Di Girolamo, T.
•
Di Lieto, A.
•
Di Pace, S.
•
Di Palma, I.
•
Di Renzo, F.
•
Dolique, V.
•
Ducrot, M.
•
Estevez, D.
•
Fafone, V.
•
Farinon, S.
•
Ferrante, I.
•
Ferrini, F.
•
Fidecaro, F.
•
Fiori, I.
•
Fiorucci, D.
•
Flaminio, R.
•
Font, J. A.
•
Fournier, J. -D.
•
Frasca, S.
•
Frasconi, F.
•
Frey, V.
•
Gammaitoni, L.
•
Garufi, F.
•
Gemme, G.
•
Genin, E.
•
Gennai, A.
•
Germain, V.
•
Ghosh, Archisman
•
Ghosh, S.
•
Giazotto, A.
•
Gonzalez Castro, J. M.
•
Gosselin, M.
•
Gouaty, R.
•
•
Granata, M.
•
Greco, G.
•
Groot, P.
•
Gruning, P.
•
Guidi, G. M.
•
Halim, O.
•
Harms, J.
•
Heidmann, A.
•
Heitmann, H.
•
Hello, P.
•
Hemming, G.
•
Hinderer, T.
•
Hoak, D.
•
Hofman, D.
•
Huet, D.
•
Intini, G.
•
Isac, J. -M.
•
Jacqmin, T.
•
Jaranowski, P.
•
Jonker, R. J. G.
•
Kefelian, F.
•
Khan, I.
•
Koley, S.
•
Kowalska, I.
•
Králak, A.
•
Kutynia, A.
•
Lartaux-Vollard, A.
•
Lazzaro, C.
•
Leaci, P.
•
Leonardi, M.
•
Leroy, N.
•
Letendre, N.
•
Lorenzini, M.
•
Loriette, V.
•
Losurdo, G.
•
Lumaca, D.
•
Majorana, E.
•
Maksimovic, I.
•
Man, N.
•
Mantovani, M.
•
Marchesoni, F.
•
Marion, F.
•
Marquina, A.
•
Martelli, F.
•
Martellini, L.
•
Masserot, A.
•
Mastrogiovanni, S.
•
Meidam, J.
•
Merzougui, M.
•
Metzdorff, R.
•
Michel, C.
•
Milano, L.
•
Miller, A.
•
Minazzoli, O.
•
Minenkov, Y.
•
Moggi, A.
•
Mohan, M.
•
Montani, M.
•
Mours, B.
•
Nardecchia, I.
•
Naticchioni, L.
•
Nelemans, G.
•
Nichols, D.
•
Nissanke, S.
•
Nocera, F.
•
Palomba, C.
•
Paoletti, F.
•
Paoli, A.
•
Pasqualetti, A.
•
Passaquieti, R.
•
Passuello, D.
•
Patil, M.
•
Patricelli, B.
•
Pedurand, R.
•
Perreca, A.
•
Piccinni, O. J.
•
Pichot, M.
•
Piergiovanni, F.
•
Pillant, G.
•
Pinard, L.
•
Poggiani, R.
•
Popolizio, P.
•
Porter, E. K.
•
Prodi, G. A.
•
Punturo, M.
•
Puppo, P.
•
Rapagnani, P.
•
Razzano, M.
•
Regimbau, T.
•
Rei, L.
•
Ricci, F.
•
Robinet, F.
•
Rocchi, A.
•
Rolland, L.
•
Romano, R.
•
Rosińska, D.
•
Ruggi, P.
•
Salconi, L.
•
Sanchis-Gual, N.
•
Sassolas, B.
•
Schmidt, P.
•
Sentenac, D.
•
Sequino, V.
•
Sieniawska, M.
•
Singhal, A.
•
Sorrentino, F.
•
•
Swinkels, B. L.
•
Tacca, M.
•
Tiwari, S.
•
Tonelli, M.
•
Torres-Forné, A.
•
Travasso, F.
•
Tringali, M. C.
•
Trozzo, L.
•
Tsang, K. W.
•
van Bakel, N.
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van Beuzekom, M.
•
van den Brand, J. F. J.
•
Van Den Broeck, C.
•
van der Schaaf, L.
•
van Heijningen, J. V.
•
Vardaro, M.
•
Vasúth, M.
•
Vedovato, G.
•
Verkindt, D.
•
Vetrano, F.
•
Viceré, A.
•
Vinet, J. -Y.
•
Vocca, H.
•
Walet, R.
•
Wang, G.
•
Was, M.
•
Williamson, A. R.
•
Yvert, M.
•
Zadrozny, A.
•
Zelenova, T.
•
Zendri, J. -P.
DOI
Abstract
The detection of a gravitational wave signal in September 2015 by LIGO interferometers, announced jointly by LIGO collaboration and Virgo collaboration in February 2016, opened a new era in Astrophysics and brought to the whole community a new way to look at - or “listen” to - the Universe. In this regard, the next big step was the joint observation with at least three detectors at the same time. This configuration provides a twofold benefit: it increases the signal-to-noise ratio of the events by means of triple coincidence and allows a narrower pinpointing of GW sources, and, in turn, the search for Electromagnetic counterparts to GW signals. Advanced Virgo (AdV) is the second generation of the gravitational-wave detector run by the Virgo collaboration. After a shut-down lasted 5 years for the upgrade, AdV has being commissioned to get back online and join the two advance LIGO (aLIGO) interferometers to realize the aforementioned scenario. We will describe the challenges and the status of the commissioning of AdV, and its current performances and perspectives.

A few lines wil be also devoted to describe the latest achievements, occurred after the TAUP 2017 conference.

Coverage
XV International Conference on Topics in Astroparticle and Underground Physics
Volume
1342
Issue
1
Start page
012010
Conferenece
XV International Conference on Topics in Astroparticle and Underground Physics
Conferenece place
Sudbury, ON, Canada
Conferenece date
24–28 June, 2017
Uri
Url
Issn Identifier
1742-6588
Ads BibCode
2020JPhCS1342a2010A
Rights
open.access
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