The level of science and technology determines any species’ level of cognition of the future. In ancient times, all you humans knew was bronze ware, so your level of cognition was only about bronze. Later, you recognized the power of steam, so your cognition included technology. When you entered the electrical age, you had a vision of future human life, and then you slowly realized all your visions. Only when any species has a scientific level can it have a vision of the future. Any species will never be able to realize its vision of the future without realizing science!
If I tell you that all your spacecraft and space stations are just small aircraft to us, your little device for exploring the moon is like a flea. If it weren’t for the Mayans’ reminder, we wouldn’t have discovered it…
The reason I say this is because our spacecraft is designed to be too complex. Our spacecraft is the moon you see now. Yes, that's right, the moon you see is actually our spacecraft!
I have told you before how our lunar spacecraft operates in the solar orbit. I guess many people want to know what the inside and outside of our lunar spacecraft look like. To put it bluntly, the moon is a super large hollow iron ball!
When we built it, we built it according to the optimal proportions of a circle. Calculated according to the earth's measurement units, the diameter of our lunar spacecraft is 3,470 kilometers, which is different from the diameter of 3,479 kilometers measured by you humans. The reason for the difference is that during our migration, we will be hit by small celestial bodies of different weights. After these small celestial bodies were smashed, most of the fragments were captured by the spacecraft's own gravity. Then, under the action of gravity, the spacecraft also continuously absorbed some small celestial bodies. When it finally arrived on Earth, its thickness increased by about 9 kilometers, and its diameter became 3,479 kilometers!
All of this is what we want, because the added extra thickness adds an extra layer of protection for our spacecraft! So when you humans are still wondering why all the impact craters on the moon, despite their different widths, are no deeper than 9 kilometers, this extra layer of barrier is the reason!
The reason why celestial bodies can only hit this extra layer of barrier but cannot damage the layer under the barrier is because the outermost layer of our lunar spacecraft is made of special material, about 9 kilometers thick. The hardness of the material is similar to that of nuclear stone, but it is millions of times lighter than it. We call it "Xiangyongfang", which means a friend who is always trustworthy. The production of this material is very complicated. It is necessary to select a planet and transport the stones on the planet to a specific space environment. Use energy similar to that of a neutron star to extrude these stones at high temperature, and squeeze different protons into the same substance. In this way, Xiangyongfang that meets the purity requirements is created. For this reason, we hollowed out four planets in total before completing the assembly of the outermost layer!
The hardness of Xiangyongfang, a special material, can be explained to you this way. When it encounters an impact from a large celestial body of 20 kilometers in size during flight, only a scratch from the impact will be left on it, similar to an iron nail scratching a steel plate, leaving a slight scratch!
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Further inward is a 100-kilometer-long double-layer smart graphene. This double-layer smart graphene is not the graphene you humans have. It is smart double-layer graphene. It is laid layer by layer, and then special materials are used to link each group of smart graphene to the chip system.
This layer of protection is like a net for the moon, but its density is relatively high, which can prevent any impurities from outer space from entering our internal space. It can also prevent the entry of cosmic radiation and charged particles! At the same time, it is also the most perfect shock absorber. Any waves generated by external collisions will be completely absorbed by this layer of smart graphene, thus preventing us from being affected by the impact waves!
In fact, in addition to the above additional functions, the most important function of the smart graphene layer is to maintain the operating attitude of the spacecraft. The operating attitude of the moon is controlled by the interaction between the internal magnetic field and the external magnetic field. The area of our spacecraft is about 3,800 kilometers, and then we divide each square kilometer into a separate unit, which is equivalent to a group of sensors per square kilometer. In this way, we can ensure that any sensor in any place can be easily disassembled and replaced after it is damaged. There are 39 million sensors on the entire moon. The operating attitude of the moon is adjusted by internal control of each sensor. If the moon wants to pull on an object's gravitational line, it can control the sensor in that direction. By increasing and decreasing the energy supply to a certain part and controlling the distribution of the moon's magnetic field, we can easily obtain the gravitational lines we want!
The third layer of protection for our lunar spacecraft is a 200-kilometer-thick diamond wall, which is composed of three structures!
The layer close to the smart graphene is about 50 kilometers. This layer is designed according to the size of the graphene module. This layer is similar to hollow. This layer is modular diamond pillars. Each pillar supports the intersection of four modules. These pillars can be moved through special technology, mainly to facilitate the replacement of smart graphene!
The next layer of the pillar is a 100-kilometer stone arch diamond wall. The installation of this layer of diamond wall is very simple, just like your human Mortise and tenon joint structure, using mutual force to stack them up. After this layer is installed, it forms an interacting stone arch circle, Like the stone arch bridges built by man. The more it is squeezed, the more indestructible it becomes. This layer is actually another layer of protection device. This layer relies on the density of diamonds to block graphene dust from entering the interior of the moon, thereby preventing graphene from affecting the intelligent operation inside the spacecraft!
The third diamond layer is 50 kilometers. This layer is also a Mortise and tenon joint structure, but its design is more complicated. It is a sandwich layer. The diamond wall in the middle sandwich layer is very easy to disassemble. The reason for this design is that we are silicon-based creatures and we also have losses. When our body has an accident, we need to take raw materials from this layer to repair our body!
The above-mentioned all belong to the outermost layer of our moon. It is for this reason that when your small probe hits the moon, it feels like it hits metal. And it is also because of this that all foreign celestial bodies will form pits of the same depth when they hit us, because our hardness is not something you humans can imagine!