1972
DOI: 10.1103/physrevlett.28.253
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Two Gravity-Wave Detectors: A Comparison

Abstract: The two-body operator defined by Eqs. (1) and (2) is similar to that of the separable, quadrupole-quadrupole

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Cited by 6 publications
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“…But it will leave completely unaffected the magnitude thermal An I t of fluctuations on timescales At < Tfb and will therefore not improve the noise problems for gravitational-wave bursts shorter than Tfb. (Rasband et al 1972); also two pendula, well separated but suspended from a common support [Braginskii and Rudenko (1970); this antenna looks promising for detecting waves from pulsars; it has the advantage of a very large Q ~ 10 .] A lumped, resonant antenna, monitored between its low fundamental frequency and its much higher "harmonic" frequencies, would function as a wideband almost-free antenna.…”
mentioning
confidence: 99%
“…But it will leave completely unaffected the magnitude thermal An I t of fluctuations on timescales At < Tfb and will therefore not improve the noise problems for gravitational-wave bursts shorter than Tfb. (Rasband et al 1972); also two pendula, well separated but suspended from a common support [Braginskii and Rudenko (1970); this antenna looks promising for detecting waves from pulsars; it has the advantage of a very large Q ~ 10 .] A lumped, resonant antenna, monitored between its low fundamental frequency and its much higher "harmonic" frequencies, would function as a wideband almost-free antenna.…”
mentioning
confidence: 99%