Abstract
It is a great pleasure for me to be in Erice for this meeting in honour of Professor Peter Bergmann and to present the status of the experiments for the search of gravitational waves. These experiments play a crucial role for the definite experimental proof of the gravitational field theory, developed in the framework of General Relativity. This is important for integrating the gravity with the other fundamental interactions, that are based on field theories.
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S.P.Boughn, W.M.Fairbank, R.P.Giffard, N.J.Hollenhorst, E.R.Mapoles, M.S.Mc Ashan, P.F.Michelson, H.J.Paik and R.C.Taber, “Observations with a low temperature, resonant mass, gravitational radiation detector”, The Astrophysical Journal 261, L19 (1982).
E.Amaldi, P.Bonifazi, P.Carelli, M.G.Castellano, G.Cavallari, E.Coccia, C.Cosmelli, V.Foglietti, R.Habel, I.Modena, G.V.Pallottino, G.Pizzella, P.Rapagnani and F.Ricci, “Preliminary results on the operation of a 2270 Kg cryogenic gravitational antenna with a resonant capacitive transducer and a DC SQUID amplifier”, Il Nuovo Cimento 9C, 829–845 (1986).
E.Amaldi, O.Aguiar, M.Bassan, P.Bonifazi, P.Carelli, M.G.Castellano, G.Cavallari, E.Coccia, C.Cosmelli,W.M.Fairbank, V.Foglietti, S.Frasca, R.Habel, W.O.Hamilton, J.Henderson, W.Johnson, M.S.McAshan, A.G.Mann, P.F.Michelson, I.Modena, B.E.Moskowitz, G.V.Pallottino, G.Pizzella, J.C.Price, P.Rapagnani, F.Ricci, N.Solomonson, T. Stevenson, R.C.Taber and B.X.Xu, “First gravity wave coincidence experiment between three resonant cryogenic detectors: Lousiana-Rome-Standford”, Astronomy and Astrophysics, 216, pag. 325–332, june 1989.
E.Amaldi and G.Pizzella, “The search for gravitational waves, in Relativity, Quanta and Cosmology in the Development of the Scientific Thought of Albert Einstein”, Johnson Reprint Corporation, Academic Press, New York, N.Y., 1979.
G.Pizzella, “Gravitational-Radiation experiments”, Rivista del Nuovo Cimento 5, 369 (1975).
P.Bonifazi, V.Ferrari, S.Frasca, G.V.Pallottino and G.Pizzella, “Data analysis algorithms for gravitational wave experiments”, Il Nuovo Cimento 1C, 465 (1978).
G.V.Pallottino and G.Pizzella, “Sensitivity of a Weber type resonant antenna to monochromatic gravitational waves”, Il Nuovo Cimento 7C, 155 (1984).
P.Rapagnani, “Development and test at T=4.2 K of a capacitive resonant transducer for cryogenic gravitational wave antennas”, Il Nuovo Cimento 5C, 385 (1982).
E.Amaldi, P.Bonifazi, P.Carelli, M.G.Castellano, G.Cavallari, E.Coccia, C.Cosmelli, V.Foglietti, S.Frasca, R.Habel, I.Modena, R.Onofrio, G.V.Pallottino, G.Pizzella, P.Rapagnani and F.Ricci, “Operation of the 2270 kg g.w. resonant antenna of the Rome group”, Proc. of 13th Texas Symposium on Relativistic Astrophysics, Ed. M.P.Ulmer, World Scientific, pag. 18–19 (1987).
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Pizzella, G. (1991). Experimental Search of Gravitational Waves. In: Zichichi, A., de Sabbata, V., Sánchez, N. (eds) Gravitation and Modern Cosmology. Ettore Majorana International Science Series, vol 56. Springer, Boston, MA. https://doi.org/10.1007/978-1-4899-0620-5_13
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