(ed.). Gravitational waves (IOP, 2001)(422s).

410 IndexEhlers Lagrangian, 254Einstein equations, 245including matter, 51linearized theory, 16vacuum, 51elasticity equation, 169Ernst equation, 255, 262EXPLORER, 99, 197Fermi–Walker transport, 8fieldgravitomagnetic, 3axion, 250current-quadrupole, 60, 65, 66dilaton, 7, 250duality symmetry, 284mass-octupole, 60, 65mass-quadrupole, 60, 62, 72scalar, 153forcedriving, 156tidal, 18frameJordan–Fierz, 160local free-falling, 153frequencybandwidth, 5monopole resonant, 159gamma-ray bursts, 45, 46gaugecondition, 161, 247conformal, 7, 249Lorentz–Hilbert, 16preserving choice, 253transformation, 16, 52transverse-traceless, 4triangular, 254TT, 17gauge conditionsin relativity, 373GEO 600, 26, 33, 195geodesic equation, 18geon, 3Geroch group, 7, 259gravitationalantenna, 315collapse, 43, 165, 171, 173geon, 3radiation, 15self-energy, 163stress-energy tensor, 54gravitational wave, 15action, 52burst, 27, 32, 37energy, 55continuous, 27cosmological relic, 7in linearized theory, 15in short-wave approximation, 52Jordan–Brans–Dicke, 169, 171observable, 26polarization states, 159scalar, 6, 152, 159stochastic, 7graviton spectrum, 304, 308groupsymmetry, 7gyroscope, 8, 268, 271, 273, 276precession, 271, 276Helmholtz equation, 162horizons, 292event, 386Hubble constant, 56, 73inflation, 223, 289interferometer, 22, 25, 28, 104Fabry–Perot, 28gravity gradient noise, 31Michelson, 28shot noise, 30, 105thermal noise, 30, 106uncertainty principle noise, 31vibrational noise, 31Isaacson tensor, 54JGWO, 26