Seeing Red

People who saw the red got about 70-80% of the information about the surrounding environment from the gaze. With this in mind, it is clear that for us, being able to see the environment we live in can greatly determine how we interact with the environment. For people (and not for all but other animals) color is an important part of sight. In terms of society, color is very important. For example, red, green, yellow are used to guide traffic. Light and sign are red, green light indicates safety is ongoing.

Red blindness is the most common. This is when there is no red receptor. These people do not see red or see it is black. When the red receiver fails, it looks red or dark brown or orange. These people are often difficult to distinguish between orange, yellow and green. Orange is yellow and some is red, so the orange color may appear yellow. Green blindness means failure or disappearance of the green sensor. Green is the most sensitive color to Paul. These people may see that the green is yellow, blue, gray, white, or even orange. For example, the baseball game venue will be orange. This person may also see that the blonde hair is white or green.

Each color is the opposite. The back side of the back is white, the green is red, and the orange is blue. You see the opposite of the image that follows it. To see the posted image, you have to look at the picture for about 30 seconds. Then, looking at the white side, you can see the picture of the opposite color. Blue, red, yellow are the main pigment colors, but blue, red and green are the main colors of light. If you mix all the colors of light, it will turn white. Â When mixing red and blue, a purple light reaches. If you mix red and green, you get a yellow light. The combination of blue and green produces blue / green light. Also, when you emit light through the prism, you get the color of the spectrum (red, orange, yellow, green, blue, indigo, purple). When shining through the prism, you separate the colors.

When you look red, your eyes will see light waves oscillating at a specific frequency. The frequency of red light is the lowest frequency that your eyes can detect. Purple light has the highest frequency that your eyes can see but other colors have frequencies between these extremes. In other words, the human eye can only detect frequencies contained in a specific spectrum. Based on our sensory perception, we may think that there is nothing other than visible light. However, science will tell us. Some types of light waves, such as infrared light, vibrate at lower frequencies than red light. And like ultraviolet light, there is light with higher frequency than purple light. In short, the human senses can not detect many kinds of energy. However, these energies are as realistic as visible light.