Experimental Physics Of Gravitational Waves, International Summer School

General relativity and gravitational waves, P. Tourrenc; physics of the sources of gravitational waves, S. Bonazzola and E. Gourgoulhon; supernovae, N. Panagia; what have we learned about ray bursts from their afterglows, M. Vietri; the mystery of ultra-high energy cosmic rays, A.V. Olinto; optical modelling of gravitational wave interferometers, J.-Y. Vinet; optics manufacturing and testing for interferometric gravitational-wave detectors, V. Loriette; resonant bar gravitational wave detectors, M. Visco and L. Votano; an optical transducer for bar detectors, F. Marin et al; the VIRGO Project, A. Giazotto; low friction materials for high sensitivity gravitational wave detectors, C. Cattuto et al; an introduction to feedback control systems, L. Benvenuti and M.D. di Benedetto; introduction to the mechanical simulation of the seismic isolation systems, A. Vicere; active controls in interferometric detectors of gravitational waves - inertial damping of VIRGO superattenuators, G. Losurdo; signal processing - elements of detection and estimation theory, A. Vannucci and M.G. di Benedetto; time-frequency analysis - an introduction, P. Flandrin; introduction to the data analysis in interferometric gravitational wave experiments, A. Vicero; R&D for interferometric GW detectors, A. Brillet.