Green light are inhibited by exposure to red light. The opponent process theory explains how the cones attach to the ganglion cells and how different light wavelengths stimulate or inhibit opposing cells.
What does the opponent process theory explain?
- The opponent process theory explains how cones connect to ganglion cells and how certain wavelengths of light stimulate or inhibit opposing cells. The complementary colour theory explains which wavelengths correspond to which colours and how the brain processes these colours.
- In normal circumstances, being afraid of something is an example of the opponent process theory. According to the opponent process theory, the more a person experiences fear, the less the fear affects them. This decrease in fear may continue until the situation is no longer frightening.
- According to the opponent-process theory, there are three opponent channels, each with an opposing colour pair: red versus green, blue versus yellow, and black versus white. Ewald Hering, a German physiologist, proposed the theory for the first time in 1892.
- When you stared at the red image, your brain became accustomed to it and suppressed the signals it received from red cells. When you switched your gaze to the white paper, your brain saw less red light and mentally "subtracted" red from what it was seeing.
To learn more about opponent-process theory refer :
https://brainly.com/question/26428681
#SPJ4
