Waiting for gravity [gravitational wave detection]
T.E. Bell
Abstract
T.E. Bell
Abstract
Astronomers believe that if we could detect gravitational waves in space, they would illuminate much about the universe that is now obscured. Detecting gravitational waves would also give physicists a definitive new test of gravitational relativity. For this purpose, two of the world's largest gravitational wave detectors began their first full-scale run of observations. They are the twin L-shaped instruments of the Laser Interferometer Gravitational Wave Observatory (LIGO). This paper provides a detailed description of the observatory's two sites, LIGO-Livingston and LIGO-Hanford. If gravity waves are to be detected anytime soon, these are probably the machines that will do it.
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Astronomers believe that if we could detect gravitational waves in space, they would illuminate much about the universe that is now obscured. Detecting gravitational waves would also give physicists a definitive new test of gravitational relativity. For this purpose, two of the world's largest gravitational wave detectors began their first full-scale run of observations. They are the twin L-shaped instruments of the Laser Interferometer Gravitational Wave Observatory (LIGO). This paper provides a detailed description of the observatory's two sites, LIGO-Livingston and LIGO-Hanford. If gravity waves are to be detected anytime soon, these are probably the machines that will do it.
Key concepts: LIGO, Gravitational wave, Gravitational-wave observatory, Physics, Observatory, Interferometry, General relativity, Gravitational-wave astronomy