Gravitational Waves: Sources And Detectors - Proceedings Of The International Conference
World Scientific Publishing Co Pte Ltd (Verlag)
978-981-02-2854-5 (ISBN)
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The construction of large interferometers for gravitational wave detection is now in progress in Europe and in the United States. To stimulate theoretical and experimental work a conference was organized in Cascina (Italy), where the Virgo interferometer is being built. Review talks discussed the expected signals, covering general relativity and astrophysical aspects (binary coalescence, supernovae, neutron stars, cosmological background). Experimental talks gave the current status of the running experiments (resonant bars, prototype interferometers, satellite tracking) and of the planned ones (large interferometers, ultra cryogenic resonating bars and spheres, space mission).
Part 1 Gravitational waves - theory: calculating gravitational waveforms, by any means necessary!, S.L. Shapiro; gravitational theories and observations, L. Grishchuk. Part 2 Sources of gravitational waves: neutron stars and the population of collapsed objects in the galaxy, F. Pacini; supernova rates, C. Chiosi. Part 3 Numerical relativity: gravitational collapse and radiation, J.-A. Marck; gravitational waves from magnetized neutron stars, E. Gourgoulhon. Part 4 Interferometric detectors: status of VIRGO, A. Giazotto; status of LIGO, M. Coles. Part 5 Cosmology: string cosmology and relic gravitational radiation, G. Veneziano; spectrum of cosmic gravitational waves background from string cosmology, R. Brustein. Part 6 Resonant bars: the cryogenic gravitational wave antennas explorer and Nautilus, G.V. Pallottino; the ultracryogenic gravitational wave detector AURIGA, G.A. Prodi. Part 7 Detector networks: interferometer-bar systems, B.F. Schutz; arrays of detectors, S. Frasca. Part 8 Experimental perspectives: sphere detector for coalescing binaries, E. Coccia; sapphire test masses for laser interferometric gravitational wave detectors - achievable parameters, D.G. Blair. Part 9 Astrophysics: gravitational waves from rotating neutron stars, S. Bonazzola; gravitational waves and pulsating stars - what can we learn from future observations?, K. Kokkotas. Part 10 Data analysis: data analysis for laser interferometry, M. Tinto; data analysis for resonant gravitational wave antennas with fully numerical processing - optimal filtering, signal timing, rejection of spuria and correlation analysis, S. Vitale. Part 11 Data analysis: on-line system and data archiving of VIRGO, F. Barone; interferometer simulation, F. Cavalier. Part 12 Experimental prototypes: low temperature measurements on spherical CuAl and CuBe samples, G. Frossati; eigenfrequencies and quality factors of vibration of aluminium alloy spherical resonators, V. Fafone. Part 13 Theoretical issues: inspiralling compact binaries, L. Blanchet. Part 14 Detection in space: spacecraft Dopplier tracking, L. Iess; laser interferometry in space, P. Bender; and other papers.
| Reihe/Serie | Edoardo Amaldi Foundation Series ; 2 |
|---|---|
| Verlagsort | Singapore |
| Sprache | englisch |
| Themenwelt | Naturwissenschaften ► Physik / Astronomie ► Astronomie / Astrophysik |
| Naturwissenschaften ► Physik / Astronomie ► Mechanik | |
| Naturwissenschaften ► Physik / Astronomie ► Relativitätstheorie | |
| ISBN-10 | 981-02-2854-6 / 9810228546 |
| ISBN-13 | 978-981-02-2854-5 / 9789810228545 |
| Zustand | Neuware |
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