Searches for continuous gravitational waves with LIGO and GEO600
M. Landry, C. Bassa, Z. Wang, A. Cumming, V. M. Kaspi
Abstract
M. Landry, C. Bassa, Z. Wang, A. Cumming, V. M. Kaspi
Abstract
Current searches for astrophysically generated gravitational waves include the ground‐based interferometers GEO600 and LIGO. The sensitive band of the detectors is at audio frequencies, from a few tens of Hz to several kHz. We report on efforts to search the data from these detectors for gravitational waves from spinning compact objects such as neutron or quark stars.
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Current searches for astrophysically generated gravitational waves include the ground‐based interferometers GEO600 and LIGO. The sensitive band of the detectors is at audio frequencies, from a few tens of Hz to several kHz. We report on efforts to search the data from these detectors for gravitational waves from spinning compact objects such as neutron or quark stars.
Key concepts: LIGO, Gravitational wave, Physics, Neutron star, Gravitational-wave astronomy, Detector, Astronomical interferometer, Astronomy