The cone cells on the retina.
It has the color where it changes when you look at it different. But other than that it is light green and gold mix.
Responsible for a mix of rhodopsin and secondary pigments is what grants us color vision has the retinal mechanism necessary for acute,bright light color vision.
No. They respond to light intensity, creating a silhouette black and white effect in low light.
The color under the brim is a lighter color. This allows the light to reflect, giving the wearer or player better vision when playing in the shade.
The light goes through on object then the light reflact to our eye from object as the eye job is receiving the light , ( eyes are receiving the color it mean the you can see the color of any side of the object so finally you see the whole object)
You see light when your vision receptors take in the electromagnetic wavelengths and your brain processes the light, as well as color.
Rods: dim light and peripheral vision receptors, more sensitive to light Cones: operate in bright light and provide high acuity color vision
Red light is often used in night lighting because it does not affect the chemicals in the "rods" of the retina, which are used for low-illumination vision.
Dichromatic vision is colorblindness. Normal color vision is known as trichomacy, which means that the eye uses all three types of light cones normally. Dichromatic vision means that people can only use two types of cones. There are different types, depending on which cone does not work.
the light will have a different color
Alexandrite