Linked from

The 13 pages that link to Binary pulsar, each with the reason it gives.

• PulsarBroader topic: Orbital timing in binary pulsars tests gravity and measures companion masses.

• SpacetimeRelated: Its orbital changes provide precise evidence for dynamical spacetime effects.

• Two-body problemBroader topic: Its timing data test orbital predictions beyond simple visual tracking.

• Pulsar timingBroader topic: Its changing orbit imprints measurable delays that test relativistic gravity.

• Jocelyn Bell BurnellBroader topic: Binary pulsars later enabled precise tests of general relativity, extending the field Bell Burnell helped establish.

• GravitationBroader topic: Orbital decay in such systems provides evidence for gravitational-wave energy loss.

• Millisecond pulsarBroader topic: Millisecond pulsars in binaries enable precise tests of relativistic gravity.

• Shapiro time delayRelated: Pulse-arrival timing in binary systems can reveal gravitational propagation and orbital effects.

• Joseph Hooton Taylor Jr.Narrower topic: The Hulse–Taylor system established the scientific value of this broader class.

• PSR B1937+21Compared with: Many millisecond pulsars are in binaries, while PSR B1937+21 is isolated.

• History of general relativityBroader topic: Orbital decay in binary pulsars provided strong evidence for gravitational-wave energy loss.

• Messier 15Related: The pulsar in Messier 15 is part of a binary system, enabling tests of orbital dynamics.

• Russell Alan HulseNarrower topic: PSR B1913+16 became the first known example of this class.