Is there a planet in the solar system that rains diamonds?

Exist. Because both Saturn and Jupiter in the solar system rain diamonds, which are converted from gaseous elements in the atmosphere.

The so-called diamond rain is actually the decomposition of some gas elements into carbon at high temperatures, forming diamonds.

It definitely exists. Because of the known planets, there are already 2 planets made up of 3 diamonds. So if the universe is so big, there will definitely be planets that rain diamonds.

The planet with the most moons - SaturnThe largest moon - GanymedeThe most volcanically active celestial body - IoThe largest volcano - Mount OlympusThe largest canyon - Mariner Rujube CanyonThe most expensive rain - diamond rainWhile flying along the orbit of Saturn, the Cassini spacecraft discovered that the methane in Saturn's atmosphere was struck by lightning, resulting in the formation of carbon black, which was affected by Saturn's atmospheric pressure and high temperature in the process of descending, and turned the blue rubber into a shiny substance - diamonds, thus forming a shining diamond rain. Think about it, if you could land on Saturn now and survive, you would be the richest man in the world.

Do you know? There are four planets in the Ridge Solar System that rain diamonds: Uranus, Neptune, Saturn, and Jupiter.

Saturn and Jupiter rain diamonds, a process that produces about 1,000 tons of diamonds, some of which can be as large as one centimeter in diameter.

In the depths of Neptune and Uranus, there may also be a rain of diamonds.

And these diamond rains continue to fall, and they turn into a sea of diamonds, which sparkle like liquid diamonds. Just looking at the description, it feels like a dream.

So how is the diamond rain in the universe formed?

1. Methane is one of the important reasons for the formation of diamonds.

Methane is found in the atmospheres of Uranus and Neptune, as well as Sakura and Jupiter.

About 15% of the atmospheres of Uranus and Neptune are methane, and neither Jupiter nor Saturn has more than methane. )

2. Methane substances are processed by atmospheric pressure and temperature to transform into diamonds.

Diamond rain on these planets begins in the upper atmosphere.

We know that these planets are often in a state of lightning and thunder, and that the atmospheric pressure is almost a thousand times higher than that of Earth.

The strong lightning turns the methane into carbon in the form of coal ash, which solidifies into graphite as it settles.

Under the action of high temperature and pressure, graphite turns into diamond.

When diamonds fall from a high altitude, it becomes a rain of diamonds.

Why do some planets have "diamond rain"?

Because the attraction of the surface attracts only masonry rain.

[Origin of diamond rain].

The atmospheres of Uranus and Neptune, as well as Saturn and Jupiter, contain methane (about 15% of the atmospheres of Uranus and Neptune are methane, and neither Jupiter nor Saturn has more than methane in their atmospheres). Strong lightning can turn methane into carbon in the form of coal ash, which solidifies into graphite in the process of sedimentation, and then turns into diamonds under the action of high temperature and high pressure, which is the origin of diamond rain.

Why does it rain diamonds].

For example, Neptune's atmosphere is completely different from our Earth's atmosphere, its bottom is very compact and hot, while Saturn and Jupiter are both gas giants with a radius about 10 times that of Earth.

Diamond rain on these planets begins in the upper atmosphere. The lightning strikes through methane, turning it into carbon black (carbon), and as the carbon black drops and the air pressure increases, it turns into graphite again. After another 4,000 miles of descent, the pressure increased to the point that the graphite turned into diamond.

Diamonds continue to descend for about 20,000 miles (no one knows how deep Saturn's or Jupiter's nuclei are)—which is almost three times the diameter of the Earth—all the way to their nuclei. At this point, the pressure and temperature may be so high that diamonds turn into a sea of liquid carbon—a sea of diamonds.

Diamonds are a thing that every girl likes, and they are also very valuable, and the diamond production on the earth is also quite high, especially in South AfricaAt present, it has been found that the earth is not the place with the highest diamond production, and the solar system has a higher diamond content of Jupiter and Saturn, and it is even raining diamonds, so let's take a look at what's going on.

First of all, we all know that the hardness and density of diamonds are very high, but they will look brilliant under the sun, and they are very beautiful, not only liked by girls, but also used a lot in the industrial era. In fact, diamonds are similar to other minerals, scientists have analyzed it and found that diamonds are minerals composed of carbon, but the difference is that its carbon content is very high, so it will be particularly brilliant and beautiful, and of course, the hardness is also very largeHowever, although diamonds are produced in large quantities on the earth, they are very difficult to mine.

Among the eight planets, Venus and Jupiter are very peculiar existences, belonging to gas planets, simply understood that their interior is not like the earth is suddenly earth rocks, but gas, which makes countless scientists very shocked, and later investigation found that most of these gases are composed of light elements such as hydrogen, helium, neon, etc., but the diamonds here are far more than the content of the earth, and even diamond rain; This is because these gas planets contain a lot of methaneWhen methane encounters lightning or high temperature and pressure, it forms a solid state and finally falls from the sky, looking similar to diamonds, which is what scientists call diamond rain.

These diamonds are very valuable, but it is very difficult to mine them back to Earth at the momentAfter all, the environment of Venus and wood is too bad, and it is a gas planet, so there is no focus at all, and it is a big problem to stand firm, so it is still in the analysis of the data.

The earth is not the place with the most diamonds, there are many other planets that contain a lot of diamonds, and it is because we have a very small amount of diamonds on the earth, so diamonds are particularly expensive.

Neptune.

Neptune's atmosphere has a lot of hydrogen, helium, methane, and the atmosphere is very hot, so methane will break down, and the carbon crystals in methane will break down into smaller particles. When the pressure in Neptune's atmosphere rises to a certain point where the particles melt, a diamond shower is formed.

Jupiter in the solar system should produce a diamond rain phenomenon according to NASA's latest **, which is a rare spectacle in 10,000 years, never seen before, very powerful.