Linked from

The 51 pages that link to Visible spectrum, each with the reason it gives.

• Color theoryNarrower topic: Its wavelengths provide the physical basis for many colors perceived in light.

• Electromagnetic spectrumBroader topic: It is a narrow band between infrared and ultraviolet radiation.

• ColorimetryRelated: Color calculations integrate measured light across wavelengths within and around this range.

• RGB color modelNarrower topic: RGB primaries approximate color stimulation using selected portions of visible light.

• ChlorophyllNarrower topic: Chlorophyll absorbs selected wavelengths within this range, leaving much green light unabsorbed.

• DyeNarrower topic: A dye’s perceived color depends on which visible wavelengths it absorbs and reflects or transmits.

• UltravioletCompared with: Visible violet lies immediately beyond ultraviolet’s longer-wavelength boundary.

• Additive colorNarrower topic: Additive mixtures combine light within the wavelengths humans perceive as visible.

• Spectral power distributionNarrower topic: The SPD is conventionally tabulated only over this wavelength range.

• Synthetic dyeNarrower topic: Selective absorption within this range produces the colors perceived in dyed materials.

• IridescenceNarrower topic: Iridescent hues arise from selectively directing portions of this wavelength range.

• Color (visual perception)Narrower topic: Its wavelengths provide the physical signals from which color perception begins.

• Subtractive colorNarrower topic: Subtractive mixing can remove only wavelengths present in its illumination.

• PrismNarrower topic: A dispersing prism can spread this range into its familiar sequence of colors.

• Structural colorationNarrower topic: Structural colors arise when optical structures redirect wavelengths within this range.

• TrichromacyRelated: Trichromacy is a sampling scheme over this wavelength range.

• InfraredCompared with: Infrared begins at wavelengths longer than the visible spectrum's red end.

• Dispersion (optics)Related: It is the familiar band of colors separated in visible-light dispersion.

• PhotodegradationRelated: Visible light can also drive degradation when a material absorbs it.

• Optical telescopeNarrower topic: An optical telescope is designed to collect light in this part of the spectrum.

• Color mixingNarrower topic: Mixtures of visible wavelengths provide one physical route to perceived colors.

• Primary colorsNarrower topic: Physical wavelengths constrain which colors light-based systems can stimulate.

• Atmospheric opticsRelated: Its wavelength range determines the colors distinguished in skies, halos, and rainbows.

• Color perceptionNarrower topic: It defines the light wavelengths that can stimulate human color vision.

• RedNarrower topic: Red occupies its long-wavelength end.

• Anders Jonas ÅngströmBroader topic: Its spectral lines supplied many of Ångström’s most familiar measurements.

• Ultraviolet-BCompared with: Ultraviolet-B lies beyond the short-wavelength edge of visible light and cannot be seen unaided.

• Visual systemRelated: The eyes respond to only a narrow portion of the electromagnetic spectrum.

• LightBroader topic: It defines the portion of radiation called visible light.

• PhenolphthaleinRelated: Absorption in this range makes the alkaline form appear pink.

• Animal colorationNarrower topic: Animal colors arise from interactions with light, though many species detect wavelengths humans cannot see.

• Terahertz radiationCompared with: Visible light has much higher frequencies and generally shorter wavelengths than terahertz radiation.

• Bromothymol blueRelated: Different absorption across visible wavelengths produces the dye’s distinct colors.

• Crystal violetRelated: Crystal violet appears violet because its molecular absorption removes portions of visible light from transmitted or reflected light.

• GreenNarrower topic: Green occupies a region of this spectrum, though perceived green is not limited to one wavelength.

• Purkinje effectNarrower topic: The effect compares the eye's responses across this range of wavelengths.

• TartrazineRelated: Tartrazine appears yellow because its molecules absorb parts of visible light and transmit or reflect others.

• CyanNarrower topic: Cyan occupies a region of this spectrum between blue and green.

• Indigo carmineRelated: Selective absorption within this range determines the blue light seen from the dye.

• IndigoRelated: Indigo is often placed among the named colors of this spectrum.

• Visible-light astronomyBroader topic: It defines the radiation band examined in visible-light astronomy.

• Yellow (color)Narrower topic: Yellow occupies the middle wavelengths of this broader band of visible light.

• Black (color)Narrower topic: Black lies at the low-light limit of perception across this wavelength range.

• Line of purplesNarrower topic: The line’s two endpoints correspond to the spectrum’s red and violet limits.

• ScarletNarrower topic: Scarlet occupies a region of perceived color associated with long visible wavelengths.

• AzuleneRelated: Azulene absorbs visible light, producing its characteristic blue appearance.

• Colored goldRelated: Selective reflection across this range produces an alloy’s perceived color.

• Rainbow (optics)Narrower topic: Rainbow colors occupy only part of the broader electromagnetic spectrum.

• Sky blueNarrower topic: Sky blue occupies a portion of this range, rather than being a single wavelength.

• Sunset Yellow FCFRelated: Selective absorption within this range determines the dye’s perceived color.