How Is The Planet Closest To The Sun Is Even In Existence?

How is the planet closest to the Sun is even in existence

Near the blazing sun is a planet filled with sulfur. It is surprising why the sulfur was not consumed by flaring. Where did this sulfur come from? Mercury planet is full of such curiosities.

Mercury is the smallest planet in the solar system. When the planets are counted in the solar system, Mercury means Mercury comes first. Then comes the orbits of Venus, Earth, and Mars. These four planets in the solar system are in solid form, they are also called inner planets. The planets after Mars are called outer planets, which include Jupiter, Saturn, Arun, and Varuna. The outer planets are in gas form.

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Now let’s talk about Mercury and know details from the famous astrologer in India, the closest and smallest planet to the Sun. Mercury orbiting the Sun in just 88 days is a very bright planet. It is considered extremely interesting due to its magnetic field. According to the information now obtained, there is a significant amount of sulfur and iron in Mercury.

Why does this planet with a temperature of 427 degrees Celsius in the day not consume sulfur? The solid sulfur usually melts at 115.21 ° C. But why does it not happen in Mercury? After all, how did the magnetic field of this planet become? How does water exist on Mercury?

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There are many questions that a spacecraft with 16 high tech devices will be sent to Mercury to investigate. Bepi Colombo is a shared mission that will arrive on Mercury in December 2025. It has a satellite prepared in Europe that will map the surface of Mercury while a Japanese probe examines its magnetic field.

One of these instruments was created by researchers in Berlin. Its purpose is to measure thermal radiation. Scientists want to understand the surface of Mercury deeply. He first saw what happens when different types of rocks are exposed to high temperatures on Earth. These results will be compared with the data coming from the planet Mercury. Excessive heat is a challenge.

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Like other planets in the solar system, Mercury formed in time from a huge cloud. This is four and a half billion years old. This cloud was made of gas and dust and was revolving around the new dawn sun. First of all, small pieces of some substances were connected together. They continued to expand over a period of millions of years.

When several kilometers of dust piles come together, they heat up and begin to unite. This mass, shaped like a vortex formed in the universe, starts pulling other substances towards it. Finally, hot, round-shaped planets emerge. The further away a planet is from the sun and its excessive radiation, the greater the chances of snow there. Then the ice is made of water or methane or other volatile gases. It was here that planets like Saturn became huge gases.

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But planets with solid surfaces close to the sun took shapes, such as Mars, Earth, Venus, and Mercury. American spacecraft Messenger explores the surface of Mercury. Mercury has more iron than Earth and Mars. Scientists are surprised to find elements like sulfur and chlorine on Mercury.

Dr. Yoergen Halbert of the DLR Institute of Planetary Research in Berlin is associated with this campaign. He says, “These are substances that should have disappeared at such a high temperature. As if the sulfur was not supposed to be there. But there is four and a half percent sulfur on the surface of Mercury. It’s a big surprise. So the question is how Mercury formed and where it formed. “

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Did Mercury take shape in its current orbit, close to the Sun? If so, then how is there so much volatile sulfur. This does not match the theory of solar system formation. Was Mercury formed entirely elsewhere? Far from the sun, in a cold place? Or near massive gas planets?
It may be that a collision of a remnant has brought it out of orbit and brought it closer to the sun.

Hopefully, the new mission to be sent to Mercury will know where and how the planet formed. We can also get answers to questions related to the world in which we cannot go. For example, researchers have found signs of frozen water at the poles of this hot planet. Water, which is the first need for life anywhere. This water is stored in pits which are in the shadows falling from time to time and are very cold.

It was a sensational discovery. Dr. Yoern Halbert says, “Mercury still has a lot of secrets hidden in it. We have a lot of ideas about how it came about. We’ve built a lot of models. But none of them are working right now. In other words, We have a Corey slate and we can use it to answer a lot of new questions.