P
P. Astone
Researcher at Istituto Nazionale di Fisica Nucleare
Publications - 464
Citations - 80969
P. Astone is an academic researcher from Istituto Nazionale di Fisica Nucleare. The author has contributed to research in topics: Gravitational wave & LIGO. The author has an hindex of 96, co-authored 444 publications receiving 65350 citations. Previous affiliations of P. Astone include Sapienza University of Rome & Max Planck Society.
Papers
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Journal ArticleDOI
Data quality studies for burst analysis of Virgo data acquired during Weekly Science Runs
Fausto Acernese,P. Amico,M. Alshourbagy,F. Antonucci,Sofiane Aoudia,P. Astone,Saverio Avino,D. Babusci,G. Ballardin,Fabrizio Barone,Lisa Barsotti,M. Barsuglia,Th S. Bauer,F. Beauville,S. Bigotta,S. Birindelli,M. A. Bizouard,Claude Boccara,François Bondu,L. Bosi,C. Bradaschia,S. Braccini,F. J. van den Brand,A. Brillet,V. Brisson,D. Buskulic,Enrico Calloni,E. Campagna,F. Carbognani,F. Cavalier,R. Cavalieri,G. Cella,Elena Cesarini,E. Chassande-Mottin,Nelson Christensen,Christian Corda,Alessandra Corsi,Francesco Cottone,A. C. Clapson,F. Cleva,J.-P. Coulon,E. Cuoco,Anna Dari,V. Dattilo,M. Davier,M. Del Prete,R. De Rosa,L. Di Fiore,A. Di Virgilio,B. Dujardin,A. Eleuteri,Matthew Evans,I. Ferrante,F. Fidecaro,I. Fiori,R. Flaminio,J.-D. Fournier,S. Frasca,F. Frasconi,Luca Gammaitoni,F. Garufi,E. Genin,A. Gennai,A. Giazotto,G. Giordano,L. Giordano,R. Gouaty,D. Grosjean,G. Guidi,S. Hamdani,S. Hebri,H. Heitmann,Patrice Hello,D. Huet,S. Karkar,S. Kreckelbergh,P. La Penna,M. Laval,N. Leroy,N. Letendre,B. Lopez,V. Loriette,G. Losurdo,J.-M. Mackowski,Ettore Majorana,C. N. Man,M. Mantovani,Fabio Marchesoni,F. Marion,J. Marque,F. Martelli,A. Masserot,Marina Mazzoni,Leopoldo Milano,F. Menzinger,C. Moins,Julien Moreau,N. Morgado,B. Mours,F. Nocera,C. Palomba,F. Paoletti,Silvio Pardi,A. Pasqualetti,R. Passaquieti,D. Passuello,F. Piergiovanni,L. Pinard,Rosa Poggiani,M. Punturo,P. Puppo,S. Van Der Putten,K. Qipiani,P. Rapagnani,V. Reita,Alban Remillieux,F. Ricci,Iolanda Ricciardi,P. Ruggi,Giorgio Ivan Russo,Salvatore Solimeno,Alessandro D. A. M. Spallicci,Marco G. Tarallo,M. Tonelli,Alessandra Toncelli,E. Tournefier,F. Travasso,C. Tremola,G. Vajente,D. Verkindt,F. Vetrano,A. Viceré,J.-Y. Vinet,H. Vocca,M. Yvert +134 more
TL;DR: The analysis performed on data acquired during Weekly Science Runs to explore and define the data quality cut and veto studies for burst analysis for gravitational wave bursts is reported on.
Journal ArticleDOI
Coincidence analysis in gravitational wave experiments
TL;DR: In this article, the authors outline some of the problems that arise when performing a coincidence analysis, given the fact that the detectors have, in general, different sensitivities, and propose a solution to solve the problem.
Journal ArticleDOI
Seven years of data taking and analysis of data from the Explorer and Nautilus gravitational wave detectors
TL;DR: The two gravitational wave detectors Explorer (located at CERN) and Nautilus (in Frascati, LNF) have been operating for many years as mentioned in this paper, allowing us to investigate various classes of signals, such as bursts, continuous waves and the stochastic background.
Journal ArticleDOI
Using a cleaning technique for the search of continuous gravitational waves in LIGO data
TL;DR: In this article, high frequency short events, due for instance to delta-like spurious disturbances, may affect the broad band noise level and thus produce a loss in the efficiency of detection of continuous gravitational waves.
Quark nuggets search using 2350 Kg gravitational waves aluminum bar detectors
P. Astone,Ivo Modena,G. Giordano,M. Visco,F.J. Ronga,M. Bassan,E. Coccia,Y. Minenkov,Giovanni Vittorio Pallottino,G. Pizzella,A. Rocchi,Arturo Moleti,Andrea Carlo Marini,V. Fafone,S. D'Antonio +14 more
TL;DR: In this paper, the authors used two aluminum bar detectors with cosmic ray shower detectors to search for dark matter candidates, and the results showed that for nuclearites of mass less than 10−4 grams, they find a flux smaller than that one predicted considering nuclearites as dark matter candidate.