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  2. Cyanopsia - Wikipedia

    en.wikipedia.org/wiki/Cyanopsia

    After cataract surgery, the natural lens, which filters blue light, is replaced with a synthetic lens that allows more blue light to pass through. This sudden increase in blue light reaching the retina causes the brain to perceive a blue tint in vision. This effect is temporary as the brain and eyes gradually adapt to the new lens.

  3. Color blind glasses - Wikipedia

    en.wikipedia.org/wiki/Color_blind_glasses

    Most lenses are intended for red-green color blindness, though some lenses are also marketed for blue-yellow color blindness. All lenses are passive optical filters, so can only subtract/attenuate selective wavelengths of light. However, there are large variations on this theme: Disparate lenses: using different filters over each eye

  4. Xanthopsia - Wikipedia

    en.wikipedia.org/wiki/Xanthopsia

    Xanthopsia is a color vision deficiency in which there is a dominantly yellow bias in vision due to a yellowing of the optical media of the eye. The most common causes are digoxin's inhibitory action on the sodium pump, and the development of cataracts which can cause a yellow filtering effect.

  5. Color blindness - Wikipedia

    en.wikipedia.org/wiki/Color_blindness

    There are three kinds of lenses that an individual can wear that can increase their accuracy in some color related tasks (although none of these will "fix" color blindness or grant the wearer normal color vision): A red-tint contact lens worn over the non-dominant eye will leverage binocular disparity to improve discrimination of some colors ...

  6. Blue light spectrum - Wikipedia

    en.wikipedia.org/wiki/Blue_light_spectrum

    Blue light is absorbed by the structural proteins, enzymes, and protein metabolites found in the lens. [9] The absorption of blue light creates yellow pigments in the lens's protein. The lens progressively darkens and turns yellow. [9] Blue light is absorbed by the lens, preventing blue light from reaching the retina at the back of the eye. [12]

  7. Color vision - Wikipedia

    en.wikipedia.org/wiki/Color_vision

    Sufficient differences in wavelength cause a difference in the perceived hue; the just-noticeable difference in wavelength varies from about 1 nm in the blue-green and yellow wavelengths to 10 nm and more in the longer red and shorter blue wavelengths. Although the human eye can distinguish up to a few hundred hues, when those pure spectral ...

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