Linked from

The 84 pages that link to Infrared astronomy, each with the reason it gives.

• Galactic planeRelated: Infrared observations can penetrate dust that obscures the plane in visible light.

• WISE 0855−0714Related: WISE 0855−0714 was detected through its infrared emission.

• Zone of AvoidanceRelated: Infrared observations penetrate Galactic dust better than visible-light surveys.

• Astronomical instrumentationRelated: Infrared detectors observe cool objects and peer through dust that obscures visible light.

• Coalsack NebulaRelated: Infrared observations reveal stars and structure hidden behind the Coalsack in visible light.

• Electromagnetic astronomyBroader topic: Infrared observations reveal cool objects and regions obscured by interstellar dust.

• Herbig Ae/Be starRelated: Infrared observations reveal cool circumstellar dust that optical spectra can miss.

• Kennicutt–Schmidt lawRelated: Infrared emission traces obscured star formation that optical indicators can miss.

• Rho Ophiuchi cloud complexRelated: Infrared observations reveal embedded sources that visible light cannot show through the clouds.

• Samuel LangleyRelated: Langley’s bolometer work helped make invisible infrared solar radiation measurable.

• Visible-light astronomyCompared with: Infrared observations penetrate dust and detect cooler objects that emit little visible light.

• Interplanetary dust cloudRelated: Absorbed sunlight is reradiated by interplanetary grains in the infrared.

• Interstellar cloudRelated: Infrared light can reveal young stars hidden inside dusty clouds.

• MegamaserRelated: The association between infrared-bright galaxies and hydroxyl megamasers helped identify their environments.

• NGC 6302Related: Infrared observations penetrate dusty regions that obscure much of the nebula in visible light.

• Omega NebulaRelated: Infrared observations reveal stars and dust hidden by the nebula's visible-light obscuration.

• Trapezium ClusterRelated: Infrared observations reveal stars and disks hidden by Orion’s dust.

• TW HydraeRelated: Infrared observations trace warm dust and accretion-related emission in the system.

• Young stellar objectRelated: Infrared observations expose young stars hidden inside dusty birth clouds.

• 2MASSNarrower topic: 2MASS is a major all-sky example of astronomical observation in the infrared.

• Andrea M. GhezNarrower topic: Infrared observations penetrate dust that obscures the Milky Way’s central region in visible light.

• Astronomical radio sourceCompared with: Infrared and radio observations trace different temperatures and physical components of cosmic matter.

• Astrophysical X-ray sourceCompared with: Infrared observations detect cool material and dust that X-rays do not directly trace.

• CW LeonisNarrower topic: Infrared observations penetrate and measure CW Leonis’s obscuring dust.

• IC 342/Maffei GroupRelated: Infrared observations exposed galaxies that foreground Milky Way dust concealed.

• Infrared techniquesBroader topic: Infrared observations reveal cool objects and sources obscured by interstellar dust.

• Infrared telescopeNarrower topic: It is the broader observing field that infrared telescopes serve.

• Maunakea ObservatoriesRelated: Dry air absorbs less infrared radiation, enabling ground-based observations.

• Mount GrahamRelated: High elevation and dry air help reduce atmospheric absorption of infrared light.

• NGC 7027Narrower topic: Infrared observations penetrate dust and detect molecules that are difficult to study in visible light.

• Nibiru cataclysmRelated: A large, relatively cool planet would emit detectable infrared radiation.

• Starburst regionNarrower topic: Infrared observations reveal star formation hidden by dust in luminous regions.

• Westerhout 40Related: Infrared observations reveal young stars hidden by Westerhout 40’s dusty clouds.

• Zeta OphiuchiRelated: Infrared images reveal dust heated and shaped by the star's bow shock.