KnowraBinary neutron starLinked fromLinked fromThe 10 pages that link to Binary neutron star, each with the reason it gives.All 10Broader topic 3Related 4Narrower topic 2Compared with 1Neutron starBroader topic: Its inspiral and merger expose neutron-star masses, tides, and dense-matter behavior.Gravitational-wave astronomyBroader topic: Their merger can produce gravitational waves and detectable electromagnetic emission.LIGORelated: Their inspiral and merger produce gravitational waves detectable by LIGO and can also emit light.Neutron star mergerNarrower topic: The merger is the final stage in the evolution of this compact binary.Gravitational wave detectorsRelated: Their signals can be combined with light observations to study matter and cosmic element production.GW170817Narrower topic: The existence of such binaries made a merger like GW170817 predictable.Binary black holeCompared with: Its merger can eject matter and produce light, unlike the usually dark merger of two black holes.Barry BarishRelated: Later LIGO observations of neutron-star mergers opened a route to coordinated astronomy.Joseph Hooton Taylor Jr.Broader topic: The Hulse–Taylor binary is a neutron-star system used to test relativistic gravity.Russell Alan HulseRelated: The system’s compact stars offered an unusually precise setting for measuring relativistic effects.