Do the stars in the sky really shine Why do the stars in the sky shine?

No, it's just because there's an atmosphere in between, the air is moving, and the light is intermittent, so you see him flashing again.

No. But there are exceptions, there are some stars that do change in luminosity, such as novae, supernovae, and variable stars, whose brightness changes over time, the first two are short-term abrupt changes, and variable stars are periodically brighter and darker.

You pig is the atmosphere, pull you out of the atmosphere, the stars will not flash.

You're just 100,000 why isn't it good to have time to learn more knowledge, and you don't do anything serious when you go online all day.

It has to do with a lot of things, like the movement of air, the refraction of light, and the blinking of your cute little eyes.

No, you see a twinkle because the density of the atmosphere is different, it is refracted in different places, and it looks like a twinkle.

The stars we see in the sky are actually shining all the time, and the stars "flash" because of the atmosphere around the earth.

There is a layer of atmosphere on the periphery of the earth, just like the water in a pool, when the light of the stars shines on the earth, when it passes through the atmosphere, it will be affected by the density and thickness of the atmosphere, and the atmosphere is not absolutely transparent, its transparency will change according to the different densities, when the light is disturbed by various different gases in the atmosphere, it will be blurred and shaken like looking at the coins in the pool, and we look like stars twinkling and twinkling.

Starry sky.

The stars we see in the sky are actually the reflected light of the planets, or self-emitting tubes. So because it's far away from the earth, there must be some occlusion or movement in the middle. So the stars we see will twinkle and twinkle.

Stars twinkle: caused by the atmosphere around the Earth.

The atmosphere around the Earth is very thick, and the degree of density varies from place to place, the closer to the ground it is, the denser it is, and the higher it is at altitude, the thinner it becomes. In addition, the atmosphere is not static, hot air rises, cold air falls, and there is always a flow of air, which makes the density of the atmosphere change from place to place.

Light travels in a straight line, but when light travels from one substance to another with different densities, its propagation direction changes, that is, the path taken by light will be deflected, this phenomenon is called refraction of light, which is caused by the propagation of light in two substances of different densities, water and air.

When light from a star passes through the atmosphere, it is also refracted due to the different density of the atmosphere at different altitudes. At the same time, because the density of the atmosphere is constantly changing in various places, the direction of starlight deflection is not fixed, but constantly changing.

When stars far away from the Earth pass through the high-altitude atmosphere, they are refracted by atmospheres of different densities and temperatures, and the starlight gathers and scatters for a while.

It is said that our deceased relatives are watching us.

Stars don't flash, we see stars with the naked eye because of the flow of the Earth's atmosphere.

A star that is close to people has a strong ability to shine in front of it, so people will shine brightly when they see it. However, even if a star is quite capable of emitting light, if it is very far away, it may not be as bright as a star that is tens of thousands of times less capable of emitting light.

The brighter the star, the smaller the magnitude. One of the most common magnitude systems is the U (ultraviolet), b (blue), and V (yellow) trichromatic systems (see "class=link> photometric systems) with absolute visual magnitude m=+, chromatic indices b-v=, u-b=. The color temperature can be determined by the color index.

Why do the stars twinkle and twinkle?

The stars in the sky do not shine, but are just an illusion created by the movement of the air currents in the eyes.

You won't pay attention to it if you don't flash it.

You see the stars twinkle and twinkle.

How many people have noticed.

Because there are a lot of flowing objects between the Earth and the stars you see, the reflection of the sun's rays on these objects will make you feel like the stars are shining.

They should absorb the daytime sunlight, and if the sun is stronger, the more it will shine at night.