For example, if gravitational
wave detectors sense the merger of two neutron stars and telescopes pick up light or x-rays from it, the signals together might offer clues about the exotic matter in neutron stars.
Not exact matches
Pulsar timing
detectors are best for
sensing waves in which years pass between peaks; ground - based interferometers perk up when hit by
waves oscillating hundreds of times per second.
Gravitational
wave detectors of the future will refine our newly discovered «
sense» by broadening the range of detectable gravitational
waves and pinpointing their sources.
Four times in the past 2 years, physicists working with mammoth gravitational -
wave detectors have
sensed something go bump in the night, sending invisible ripples through spacetime.
For example, space - based frequency combs could improve the accuracy of global remote
sensing of greenhouse gases from satellites and could be used for space - based gravitational
wave detectors.
In September 2015, the gigantic LIGO
detectors in Livingston, Louisiana, and Hanford, Washington,
sensed gravitational
waves from two black holes weighing 29 and 36 times as much as the sun as they spiraled together and became one.
Last September, that dream came true as 1000 physicists working with the Laser Interferometer Gravitational - Wave Observatory, two huge
detectors in Livingston, Louisiana, and Hanford, Washington,
sensed a pulse of
waves radiated by two massive black holes as they spiraled into each other a billion light - years away.
Last September, that dream came true as 1000 physicists working with the Laser Interferometer Gravitational - Wave Observatory (LIGO), two huge
detectors in Livingston, Louisiana, and Hanford, Washington,
sensed a pulse of
waves radiated by two massive black holes as they spiraled into each other a billion light - years away.
As the neutron stars spiraled into each other, gravitational -
wave detectors in the United States and Italy
sensed ripples in space generated by the whirling bodies.
It was the first cosmic event in history to be witnessed via both traditional telescopes, which can observe electromagnetic radiation like gamma rays, and gravitational
wave detectors, which
sense the wrinkles in space - time produced by distant cataclysms.