Linked from

The 36 pages that link to Relativistic jet, each with the reason it gives.

• Stellar windCompared with: Jets are collimated and relativistic, unlike ordinary stellar winds.

• Black holeRelated: Some black-hole systems launch jets that carry energy across enormous distances.

• Active galactic nucleusBroader topic: Some active nuclei channel energy into jets that extend far beyond their host galaxies.

• QuasarBroader topic: Some quasars launch jets that carry energy far beyond their host galaxies.

• Supermassive black holeRelated: Magnetic fields near a feeding black hole can channel energy into jets extending far beyond its galaxy.

• Gamma-ray burstRelated: The burst’s gamma rays are produced within jets aimed toward Earth.

• X-ray binaryRelated: Some systems launch jets alongside their accretion-powered X-ray emission.

• Radio galaxyBroader topic: Jets carry energy from the central engine into the surrounding environment.

• Seyfert galaxyCompared with: Powerful jets are not the defining feature of Seyfert galaxies, unlike many radio galaxies and blazars.

• Kerr metricRelated: Kerr spin may power jets through electromagnetic extraction of rotational energy.

• Tidal disruption eventBroader topic: Some tidal disruption events launch jets that produce especially bright, rapidly varying emission.

• Active galactic nucleus feedbackRelated: Jets carry black-hole energy across galaxies and can deposit it far from the nucleus.

• Doppler beamingRelated: Jets directed near the line of sight can have their radiation strongly amplified.

• BlazarBroader topic: Its orientation toward Earth is what makes an active nucleus a blazar.

• Cygnus X-1Related: Cygnus X-1 launches jets from the region around its accreting black hole.

• Galactic windCompared with: Jets are collimated channels, whereas galactic winds are generally broader flows of gas.

• Centaurus ABroader topic: Centaurus A’s central engine launches jets that feed its radio-emitting lobes.

• Pulsar wind nebulaRelated: Some pulsar wind nebulae show jet-like structures shaped by the central pulsar’s outflow.

• Length contractionBroader topic: Length and timing transformations matter when interpreting compact, rapidly moving jet regions.

• Messier 87Broader topic: M87’s jet extends thousands of light-years from its nucleus.

• Relativistic Doppler effectBroader topic: Doppler shifting makes radiation from a jet pointed toward Earth appear unusually bright and energetic.

• Cygnus ARelated: Opposing jets carry energy from Cygnus A’s nucleus toward its distant radio lobes.

• Scorpius X-1Related: Radio observations of Scorpius X-1 reveal jets associated with its accretion flow.

• 3C 273Broader topic: 3C 273's prominent jet is visible across radio, optical, and X-ray wavelengths.

• Penrose processRelated: Black-hole spin extraction is one proposed source of energy for jets.

• NGC 1275Broader topic: Jets from NGC 1275 inflate cavities in the surrounding cluster gas.

• High-energy astrophysicsRelated: Jets channel energy into nonthermal particles and produce radiation across the electromagnetic spectrum.

• Markarian 421Broader topic: This galaxy’s jet dominates its observed emission through relativistic beaming.

• Markarian 501Related: Relativistic beaming from this outflow amplifies Markarian 501’s observed radiation.

• Sagittarius A*Compared with: Unlike powerful jet-producing black holes, Sagittarius A* shows no prominent large-scale jet.

• BL LacertaeBroader topic: The jet directed toward Earth produces BL Lacertae's defining orientation and strong variability.

• Black hole astronomyRelated: Jets carry energy far beyond the black hole’s immediate surroundings.

• Gamma-ray burst emission mechanismsNarrower topic: The emitting plasma is carried outward in a jet moving at extreme relativistic speed.

• Gamma-ray burst progenitorsRelated: A progenitor must produce a jet that escapes its surroundings to yield a visible burst.

• HypernovaRelated: Jets can carry energy from a collapsing star and produce a gamma-ray burst when aimed toward Earth.

• Rotating black holeRelated: Rotational energy from spinning black holes may power these jets.