KnowraVisible spectrumLinked fromLinked fromThe 51 pages that link to Visible spectrum, each with the reason it gives.All 51Broader topic 4Related 15Narrower topic 28Compared with 4Color theoryNarrower topic: Its wavelengths provide the physical basis for many colors perceived in light.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.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.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.Color perceptionNarrower topic: It defines the light wavelengths that can stimulate human color vision.RedNarrower topic: Red occupies its long-wavelength end.Animal colorationNarrower topic: Animal colors arise from interactions with light, though many species detect wavelengths humans cannot see.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.CyanNarrower topic: Cyan occupies a region of this spectrum between blue and green.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.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.Transparency and translucencyNarrower topic: Transparency can vary across visible wavelengths, changing color as well as clarity.
KnowraVisible spectrumLinked fromLinked fromThe 51 pages that link to Visible spectrum, each with the reason it gives.All 51Broader topic 4Related 15Narrower topic 28Compared with 4Color theoryNarrower topic: Its wavelengths provide the physical basis for many colors perceived in light.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.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.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.Color perceptionNarrower topic: It defines the light wavelengths that can stimulate human color vision.RedNarrower topic: Red occupies its long-wavelength end.Animal colorationNarrower topic: Animal colors arise from interactions with light, though many species detect wavelengths humans cannot see.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.CyanNarrower topic: Cyan occupies a region of this spectrum between blue and green.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.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.Transparency and translucencyNarrower topic: Transparency can vary across visible wavelengths, changing color as well as clarity.