What mysterious object did Yutu 2 discover? What s really on the far side of the moon?

On the far side of the moon, Yutu-2 discovered a huge basin, which is the Jinan and Aitken basins. Human beings are very curious about the universe, especially the Earth's moon moon, what is the far side of the moon, and how many people know?

In fact, getting to the far side of the moon is not as easy as one might think, because there is a difficult cross-crossing trench between the front and back sides of the moon. After the probe lands on the moon, the ground control center must maintain a signal connection to the probe in order to operate, however, after 1-0 pages, the signal sent by the ground control center will be interrupted. At this point, if the two mid-level satellites are not powered on, the signal cannot be transmitted.

Convertible satellites are difficult to build and expensive to develop, so no country has completed a lunar exploration mission on the far side of the moon in the last century, and no country has completed a lunar exploration mission in the last century.

China is embarking on a longing for the unknown to explore the far side of the moon and has established the Chang'e-4 project. Satellite TV Chang'e-4 can maintain contact with the ground control center. Scientists have discovered a huge basin on the far side of the moon, the Jinan and Aitken Basins.

This is the largest basin on the Moon, with a diameter of about 2,500 kilometers, based on the remaining sounding data. Almost across the two hemispheres of the moon, with a maximum drop of 1,000 meters, and it also has an anomalous gravitational range, it was here that Chang 4 landed.

When scientists in Nansa did some research on the gravity plant in this basin, they thought that there should be a large amount of field elements under the basin. Because iron is a larger element, it is more likely to be present inside the Moon than other heavy metals.

Since then, another set of data from Nansa's lunar rover has also been detected, and researchers have analyzed this set of data to conclude that there is a mysterious substance under the Etcan Basin, which is of astonishing quality.

So how big is that mysterious substance? Researchers say there may be a sentence-shaped metal object 290 kilometers below the basin. It weighs about 210 tons and covers an area of more than 50,000 square kilometers, which is almost equivalent to five lower islets, and large metals are buried under the bottom of the basin.

Yutu-2 discovered a cube of material on the moon, but what this material is has not yet been understood. There may be some other organisms on the far side of the moon, there may be some other substances, and there may be a relatively large gravitational pull.

Yutu-2 found something mysterious on the moon, like a small house, the far side of the moon is all craters, because of the speed of the moon's rotation, so we can only see one side, and the other side is black.

Yutu-2 discovered a substance on the moon, like a mysterious hut, and successfully brought back lunar soil, which has many craters, basins, and a lot of material that is not available on Earth.

Glass-like matter from an alien planet. There are many craters on the far side of the moon and traces of water flowing through it.

The Yutu lunar rover carried out 114 meters of geological measurements around the C1 crater, and obtained rich and precious lunar geological data. The data detected by the lunar radar carried by the "Yutu" vehicle shows that the Chang'e-3 landing area is divided into at least nine layers under the surface, which indicates that there were multiple geological processes in the area, which is of great significance for exploring the magmatic evolution history and later transformation of the moon.

Due to the very large temperature difference between day and night on the Moon, the temperature can reach as high as 150 degrees Celsius during the day and as low as minus 180 degrees Celsius at night. In order to adapt to the extreme environment, the "Yutu" lunar rover uses a thermal conduction fluid circuit, thermal insulation components, heat dissipation surface design, electric heater, and isotope heat source, which can withstand a temperature difference of 300 degrees Celsius. It takes more than 28 days for the Moon to orbit the Earth, and it takes 28 days for the Moon to rotate.

This means that one day and night on the Moon is equivalent to 28 days on Earth.

China's Yutu probe shocked scientists by discovering strange spots on the far side of the moon, suspected of discovering new substances?

The detection data of the visible light and near-infrared spectrometers carried by Yutu-2 proved the presence of deep lunar materials dominated by olivine and low-calcium pyroxene in the lunar soil in the Chang'e-4 landing area.

The composition of the lunar soil in the Chang'e-4 landing area is significantly different from that of the lunar sea basalt in the Chang'e-3 landing area, which contains low-calcium pyroxene and may contain a large amount of olivine.

Similar to Earth, the Moon is made up of a core, a mantle, and a crust. Scientists theorize that as the lunar magma evolved, the lighter plagioclase components floated up to form the lunar crust, while heavier minerals such as olivine and pyroxene sank to form the lunar mantle.

The scientific community's inferences about the material composition of the lunar mantle have not been well confirmed. Neither lunar samples recovered by the United States and the Soviet Union, nor remote sensing data from the circumlunar probe, have found direct evidence related to the accurate material composition of the lunar mantle.

The Moon is the most deeply studied planet outside of Earth. The evolution of the Moon occurred mainly 3 billion years ago, and the geological movement on Earth has long since erased the history of 3 billion years ago. The moon is like a fossil, and we can get a glimpse into the early history of the earth through the moon.

What did the Chinese "Jade Rabbit" see on the moon?The United States is nervous: the day has come.

The visible light carried by Yutu-2 and the infrared infrared detection data of Aunt Pu proved that there was a lunar sound immaterial in the Luqu movement of Chang'e-4, and the first station at that time was dominated by pyroxene.

I got off work at half past 1616, no, !!I don't believe I can't stand it myself,,, my **, I'll see if there's a time limit for you not to speak.

Introduction: Netizens who often follow the news will find that the country has been on the earth other than the earth. There have been many new discoveries over the years, and in the Yutu 2, which was flown to the moon, the astronauts on the Yutu 2 discovered the mysterious cabin.

As soon as the news came out, many netizens blew up and expressed their curiosity. What the hell is this mysterious hut. Let's take everyone with me**.

On December 3, the news came from Yutu 2, which flew to the moon, that the exploration of the moon found a cube on the moon, and this cube looked like a mysterious cabin. After the Yutu 2 astronauts surveyed, the mysterious hut is 80 meters away from them, and now they will go to this mysterious hut to see what it is like, and they expect to travel in 2 to 3 months to arrive. Netizens are also ridiculing that this is where Chang'e lives in mythological stories.

There are also netizens who say that this is the home of aliens, and even foreign netizens have expressed their humorous thoughts, and everyone has expressed their opinions on their opinions. <>

The discovery of Jade Rabbit 2 is a joy and a challenge for them, because on the way to the mysterious hut, no one can say exactly what will happen, and no one can be sure. The journey to this destination can be said to be very dangerous, and here I hope that they can be safe and make it to the end successfully. Bring us good news and live up to the expectations of the majority of netizens.

What exactly is this mysterious cabin, we will have to wait for 2 or 3 months from now, when our astronauts arrive at their destination, to give us a definitive answer. Here, I hope that the majority of our netizens can pray that our astronauts will be safe and sound. This kind of person who selflessly dedicates himself to the country deserves our admiration.

Without them, there would be no national research, and this is the star that the majority of netizens should chase, and the month of praise.

At present, Yutu-2 has not reached the vicinity of the mysterious object, so it is impossible to know exactly what kind of substance the mysterious object is, and can only make some guesses about this substance.

It is quite possible that it is a meteorite, because the shape looks like a stone, and foreign astronomical journalists believe that the meteorite hit the moon to form a stone.

It is highly likely to be an alien base, and there is also a possibility that it is a fragment formed after the fall meteorite strikes.

First, Yutu discovered a new type of basalt, and the scale of this basalt unit is huge. The particle excitation X-ray spectrometer obtained the accurate content of 12 elements of lunar soil. Compared with the lunar soil in the Apollo Moon Sea Basin, we found that the lunar soil at the Chang'e-3 landing site had higher iron and titanium content, while lower aluminum content, showing a completely different composition, indicating that the basalt underneath it is a new type of absolution.

In addition, the lunar soil here is rich in potassium, zirconium, yttrium, niobium, indicating that this basalt is mixed with 10-20% of the Cripp component. According to the Yutu detection results, the basalt may have been formed by the partial melting of the source area of the lunar mantle rich in iron and titanium, and then mixed with the kripping rock layer at the base of the lunar crust during the uploading process, and finally overflowed the lunar surface and filled the Yuhai Basin. Importantly, radar detected a thickness of 195 meters in this young basalt formation, suggesting that there were large-scale volcanic eruptions in the Yuhai Basin up to 2.5 billion years ago.

Secondly, for the first time, Yutu used radar to measure the thickness of lunar soil on the lunar surface. Borrowing signal processing techniques such as instantaneous spectrum analysis and offset imaging in the field of exploration, we obtained the structure and thickness of the lunar soil in the landing zone. The lunar exploration radar profile shows that the lunar soil has a layered structure, with the top layer about a meter thick and uniform texture, almost no stones, and the bottom boundary has certain undulations, with an average thickness of about 5 meters.

Since the lunar soil is formed by asteroids impacting the surface rocks of the moon, the older the geological age, the greater the thickness of the lunar soil. The age of the Chang'e-3 landing area is significantly smaller than that of other lunar sea areas, but the measured lunar soil thickness is significantly larger than the 2 4 m estimated by other indirect methods, indicating that the lunar soil thickness of the whole moon may be underestimated. Since important resources such as helium-3 and hydrogen are mainly found in lunar soil, this discovery will have a great impact on the estimation of the reserves of these important resources.

In addition, Yutu also performed chemical composition and spectral analysis of the original lunar soil on the lunar surface, and the results can be used as the correction standard value of the lunar orbit remote sensing detection data, improving the interpretation accuracy of the chemical composition and mineral composition of the whole moon. Orbital remote sensing can detect the chemical composition distribution of the whole moon, but the accuracy and accuracy are poor. On the other hand, in-situ measurements have high accuracy and accuracy, but can only detect a specific location. In the absence of in-place measurement data, it is quite difficult for scientists to assess the precision and accuracy of orbital remote sensing data.

The in-place detection data returned by the Yutu is equivalent to providing a comparable standard for the orbit measurement data, because this site has both the in-place detection data and the orbit detection data. By comparing it to the in-place sounding data, scientists can make corrections to the way the orbital sounding data is processed, improving precision and accuracy.