Post by account_disabled on Mar 10, 2024 3:44:20 GMT -5
The and speaker. Douglas is also a publish author of a Dummies guide and a business leadership book. Advertising TechnologyContent MarketingMarketing ToolsSales and Marketing Training Why Our Eyes Ne Complementary Color Palette Schemes And Where You Can Make Them Douglas Karr Douglas Karr Follow on XMar minutes read Did you know that theres actually biological science behind how two or more colors complement one another Im not an ophthalmologist or an optometrist but Ill try to translate the science here for simple folks like myself. Lets start with color in general.
Colors Are Frequencies An apple is r right Well not really. The Costa Rica Mobile Number List frequency of how light is reflect and refract off of the surface of an apple makes it detectable convert by our eyes as signals and sent to our brain where we identify it as red. Ugh that hurts my head just thinking about it. Its true though the color is simply a frequency of light. Heres a view of the electromagnetic spectrum and each colors frequencies Color and This is exactly why white light point at a prism produces a rainbow. Whats really occurring is that the crystal is changing the frequency of the wavelength as the light is refract Prism The crystal prism disperses white light into many colors. Your Eyes Are Frequency.
Detectors Your eye is truly just a frequency detector for the range of color frequencies on the electromagnetic spectrum. Your ability to detect colors happens through different types of cones in the wall of your eye that are then connect to your optic nerves. Each frequency range is detect by some of these cones then translat into a signal to your optic nerve sent to your brain where its identified. Did you ever notice that you can stare a long time at something of really high contrast look away and continue to see an afterimage that doesnt match.
Colors Are Frequencies An apple is r right Well not really. The Costa Rica Mobile Number List frequency of how light is reflect and refract off of the surface of an apple makes it detectable convert by our eyes as signals and sent to our brain where we identify it as red. Ugh that hurts my head just thinking about it. Its true though the color is simply a frequency of light. Heres a view of the electromagnetic spectrum and each colors frequencies Color and This is exactly why white light point at a prism produces a rainbow. Whats really occurring is that the crystal is changing the frequency of the wavelength as the light is refract Prism The crystal prism disperses white light into many colors. Your Eyes Are Frequency.
Detectors Your eye is truly just a frequency detector for the range of color frequencies on the electromagnetic spectrum. Your ability to detect colors happens through different types of cones in the wall of your eye that are then connect to your optic nerves. Each frequency range is detect by some of these cones then translat into a signal to your optic nerve sent to your brain where its identified. Did you ever notice that you can stare a long time at something of really high contrast look away and continue to see an afterimage that doesnt match.