| Give a man a match, and he'll be warm for a minute, but set him on fire, and he'll be warm for the rest of his life.UU |
 |
|
|
||||
Chromostereopsis
Different wavelengths or colors of light are bent different amounts by a simple lens or prism. This leads to an interesting effect of the eye called chromostereopsis. Chromostereopsis is what we perceive visually when two colors are placed side by side. When bright blue and bright red are next to each other, one will look in focus while the other will look slightly out of focus. Generally, it is irritating to a viewer's eyes and doesn't look good either. Also, the red will look closer than the blue. In 1885, W. Einthoven was the first scientist to study the chromostereopic effect. There is a difference between the visual and optical axes. Therefore, light from the fovea will hit the corneal surface at an angle, causing a prism effect. Blue, with its shorter wavelengths, is refracted more than red with its longer wavelengths. Blue light is focused toward the nose, making it appear farther than red which is focused toward the temple.
|
||||||
Home
Facts and Fiction
Resolution
Color and Eyesight
Benhams Disk
Chromatic Adaptation
Chromostereopsis
Color Blindness
Color Discrimination
Color Sensitivity
Gender Differences
Metamerism
Trichromatic Theory
Eye Color
Peripheral Vision
Blind Spot
Night Vision
Aging Effects
Hold Time Timing
|
   |
|||||
|
||||||
| Eye-Therapy.com |
DISCLAIMER: The information published here is for entertainment purposes only and is in no way intended to dispense medical opinion or advice or to be a substitute for professional medical care, be it advice, diagnosis or treatment, by a medical practitioner. If you feel ill or if you have a medical issue, you should consult a health care professional.
Site Map |
Terms of Use |
Privacy & Security |
Contact Us |
Purchase Agreement |
Send Feedback |