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Showing papers by "C. Bradaschia published in 1998"

Journal Article•DOI•
Relevance of Newtonian seismic noise for the VIRGO interferometer sensitivity

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Matteo Beccaria1, M. Bernardini1, S. Braccini1, C. Bradaschia1, A. Bozzi1, C. Casciano1, G. Cella, A. Ciampa1, Elena Cuoco1, G. Curci1, E D'Ambrosio1, V Dattilo1, G. De Carolis1, R. De Salvo1, A. Di Virgilio1, A Delapierre1, D. Enard1, A. Errico1, G. Feng1, I. Ferrante, F. Fidecaro1, F. Frasconi1, A Gaddi1, A. Gennai1, G. Gennaro1, A. Giazotto1, P. La Penna1, G. Losurdo1, Michele Maggiore1, S Mancini1, Fabrizio Palla1, H. B. Pan1, F. Paoletti1, A. Pasqualetti1, R. Passaquieti1, D. Passuello1, Rosa Poggiani1, P. Popolizio1, F Raffaelli1, S. Rapisarda1, A. Viceré1, Z Zhang1 •
Istituto Nazionale di Fisica Nucleare1
01 Nov 1998-Classical and Quantum Gravity
TL;DR: In this article, the authors analyse the noise level induced by changes in the mass density distribution around the Virgo interferometric antenna and show that these stochastic mass density fluctuations generate a gravitational field which couples directly to the mirrors of the optical apparatus.
Abstract: In this paper we analyse the noise level induced by changes in the mass density distribution around the Virgo interferometric antenna. These stochastic mass density fluctuations generate a gravitational field which couples directly to the mirrors of the optical apparatus, and it could be relevant if the planned final sensitivity of the Virgo interferometer is to be reached.

75 citations