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The 22 pages that link to Gamma-ray burst, each with the reason it gives.

• Cosmic rayRelated: Relativistic outflows from these events have been proposed as ultra-high-energy particle accelerators.

• Relativistic jetRelated: Many gamma-ray bursts are produced by highly relativistic outflows.

• Gamma rayBroader topic: These bursts show how violent cosmic events can produce immense gamma-ray output.

• Gamma-ray astronomyBroader topic: Bursts are among the brightest transient targets and probe extreme explosions across cosmic distances.

• Light curveBroader topic: Its rapidly changing afterglow is tracked with light curves across multiple wavelengths.

• Wolf–Rayet starRelated: Some long gamma-ray bursts are linked to stripped Wolf–Rayet progenitors.

• Multi-messenger astronomyRelated: Rapid gamma-ray alerts can coincide with gravitational waves and guide follow-up.

• Tidal disruption eventCompared with: Both can produce energetic jets, but their durations and progenitor systems differ.

• Doppler beamingRelated: Relativistic outflows and their beaming help explain burst brightness and detection biases.

• KilonovaRelated: The short burst GRB 170817A accompanied the merger that produced AT2017gfo.

• Fermi Gamma-ray Space TelescopeRelated: Fermi measures their prompt emission and, with its instruments, broad energy behavior.

• Ultra-high-energy cosmic rayRelated: Relativistic outflows from these bursts could accelerate particles to ultra-high energies.

• XMM-NewtonRelated: Follow-up X-ray observations trace the afterglow as the burst fades.

• Gemini ObservatoryRelated: Gemini can rapidly observe burst afterglows to investigate their distant origins.

• Galactic habitable zoneRelated: Its possible biological effects add a less frequent hazard to estimates of safe regions.

• Astrophysical jetRelated: The most energetic bursts are linked to narrowly directed relativistic jets.

• High-energy astrophysicsBroader topic: Its prompt emission and afterglow reveal relativistic explosions and compact-object formation.

• Quantum foamBroader topic: Arrival times of energetic photons can test proposed energy-dependent propagation effects linked to spacetime microstructure.

• Cosmic rays and astroparticlesRelated: Relativistic outflows in these bursts have been proposed as sources of the highest-energy cosmic rays.

• Gamma-ray burst progenitorsNarrower topic: Progenitor models explain the physical events behind this broader class of explosions.

• HypernovaRelated: Long gamma-ray bursts are sometimes observed alongside hypernovae.

• Type Ib and Ic supernovaeRelated: Some long gamma-ray bursts accompany energetic Type Ic explosions, linking stellar collapse to relativistic jets.