Linked from

The 19 pages that link to Multi-messenger astronomy, each with the reason it gives.

• Gravitational waveRelated: Joint observations connect waveforms to electromagnetic counterparts and host galaxies.

• Event Horizon TelescopeRelated: EHT observations can be interpreted alongside other measurements of black-hole environments.

• Space telescopeRelated: Space telescopes provide electromagnetic follow-up to discoveries made through other cosmic messengers.

• LIGORelated: LIGO’s neutron-star detections made coordinated gravitational-wave and electromagnetic observations possible.

• Neutron star mergerRelated: GW170817 connected gravitational waves, gamma rays, and kilonova light from one source.

• Gravitational wave detectorsRelated: Detector alerts can be paired with telescope observations of the same event.

• Spitzer Space TelescopeRelated: Spitzer joined coordinated campaigns that paired infrared follow-up with discoveries from other observatories.

• Virtual ObservatoryRelated: Interoperable data practices support comparisons across observatories and messengers.

• Barry BarishRelated: LIGO’s neutron-star detections enabled observations combining spacetime signals with light.

• First observation of gravitational wavesRelated: The first detection established gravitational waves as a new astronomical messenger, even without a known light counterpart.