What is colour?

What is the color? Three? Seven? Too many?

Huge complex story. Let's listen easily.

1.

Before we hear the story of color, let's hear how we see.

When an electron moves from one energy level to another, light photons are emitted. When this photon catches the eye, the retinal rod and other cells undergo a variety of iodine-induced reactions. From there a kind of electric signal is generated. It actually creates the feeling of seeing in the visual cortex of the brain.

An object map is made from the number of photons in which position of the retina. You see the boy in front of you, because the bullet is coming out of every point of his body. Each of these photons is born in his body. Just like when a bullet hits the wall, a picture is created, just like the photons come to your eyes through a lens and create a picture. The picture is reversed, the brain straightens it.

Many will be shocked to hear this. Photons or the sun is empty? What does it mean that a photon is born from a boy's body?

Listen carefully.

The photons of the sun are in the sun.

The photon of the moon is on the moon.

The boy's photon is in the boy.

Roof photons on the roof.

The moon does not have its own light, which does not mean that it cannot make photons. He absorbs photons from the sun, then gives birth to photons himself. The moon does not have the energy of its own to make it shine without eating photons. The moon eats then goes to the toilet.

The reflection of light means giving photons by eating photons.

Talk about the moon. Let's talk about color. We've been talking about photons like bullets for so long that it's going to paint beautiful pictures of people, there's nothing to say about color. Where does the color come from?

Listen carefully. There is nothing to say about color.

There is no such thing as red or blue in physics.

Photons are empty. And the wave form of the photon.

Our brains see different colors in the light of different wavelengths, that is, different frequencies.

The whole thing is fantasy.

Made entirely in the brain.

The wavelengths of light are in a very wide range. Most of us don’t see it. As far as I can see, the brain paints it in different colors.

Exactly how to paint?

The thing is a bit complicated. You have to read carefully.

2.

When passed through a prism in white light, it is divided into billions of colors.

Divided into how many colors?

Countless.

We could divide this innumerable color into 10 parts. I could also divide it into 6 parts. I could divide it into 300 parts.

We have divided it into seven parts. Why did I do it?

Happily. Pushing. To turn.

That's why I like to give names.

Notice the picture. Countless colors. The purple on the left has changed to blue. There is no rush.

No one can say exactly at what point it has changed from purple to blue. Seven colors are just seven names.

These innumerable colors of the rainbow, each in nature has a different wavelength.

Every color here is basic.

The place we call orange with a wavelength of 600-80 nanometers is actually orange.

Notice well.

The orange color you see when you look at the rainbow in the sky is not a mixture of red and green.

That is 'pure' orange.

Why only orange, all the colors of the rainbow are monochromatic. One of their wavelengths. Three or four lights did not match.

The colors of the rainbow in the sky are not a combination of red, blue and green. These are pure colors.

3.

If so, what is the basic color?

Notice this time.

The color we call orange can be 750 nanometers of pure light.

Maybe a mixture of red and green light.

Orange = 650 nm

Orange = 600 nm + 550 nm

The same feeling that occurs when 650 nm light enters our brain, as well as the same feeling when an 800 nm and 550 nm light enters. We both think orange.

Orange we found the rainbow. But there are many colors that cannot be found in the rainbow. Such as magenta. Such as white light.

White light is made by matching many colors. Magenta is like that, made of many colors.

This means that although there are billions of colors in the rainbow, these are not all. There are many colors out there.

A color can be created in many ways.

White = purple + blue + sky + green + yellow + orange + red

White = blue + red + green

It matters how much color is mixed.

Again, the combination of colors can create a whole new color that did not exist.

If so, how did the basic color of red, blue and green come about?

The answer is in our eyes.

4.

There are three types of angle cells in the retina of our eye.

In some of the colors, the colors on the red side are more sensible.

Noticed. I said on the red side. Not of a certain wavelength.

Others sense the color of the green side. The rest is blue.

Remember when I talked about orange a little while ago?

If there are two cells near the eye, the brain sees an orange when it sees a red or a green.

Even if you give pure orange again, the brain takes it as orange.

What exactly is the same color?

Maybe not. Could be closer.

Not only orange, but most of the other colors can be made in this way by combining different combinations of pure red, blue and green.

The monitor works this way.

The monitor has a red, a blue, two green pixels side by side.

These give each one a glow of brilliance.

These are mixed and the eyes see different colors.

If two nanometer (red) 33 percent photons and 550 nanometer (green) 33 percent photons enter any two cells side by side, we will see the cataclysmic yellow color.

If all three are entered in equal amounts, we will see white color.

In this way many colors can be created by mixing red, blue and green. Not all though.

Nature's mix of thousands of colors is therefore much more beautiful than the three-color deception of the monitor.

So what is the basic color?

Basic color is our emotional thing. Not natural.

5.

I don't want to write anymore. The Chhara Vera of the Quantum series is just like that, the world of color has now entered into Schrঙ্গdinger.

Think for yourself

Do dogs see color?

Do color blind people see color?

Finally another question.

Is your red my red? Or something else? How to prove?

To think.

The one who is blind to have eyes in the world of light

Indus Sechia gets poison, not nectar!