Rebirth 1999: Opening the Age of Black Technology

Latest website: The temperature at the site is already terrifyingly high. Even the moon will not have such a high temperature, but here, it is just the beginning. Because this material is derived from the tube bundle channel material, high temperature is really not a problem. This material can be directly used in the rocket shell.

Moreover, the high-vacuum environment must be simulated at the scene, which is not a problem for the Changtian Science and Technology Aerospace Department. They can just copy the experimental conditions of the tube channel, and everything is ready-made.

Then comes the low temperature phase.

This aspect is still quite worrying. The low temperature in space tests materials more than the high temperature. There seems to be no limit to high temperatures, but low temperatures are already limited by absolute temperatures. The lower the temperature, the properties of the material itself will undergo uncertain changes. The closer it is to absolute zero, the more unreliable the existing physical theorems will be.

Fortunately, with room-temperature superconducting materials in hand, this test passed without a hitch. The importance of room-temperature superconducting materials has been emphasized before. In fact, this thing cannot be overemphasized. After Changtian Technology has developed this technology, it is not an exaggeration to say that other countries around the world will unite to launch a war against Xia Kingdom. The subsequent technology trees are all based on this technology. What is the upper limit of this technology? The technical upper limit of civilization is almost where.

The temperature test has been passed, and next is the most dangerous radioactive particle impact experiment. Various particle radiation in the space environment are very, very dangerous, and the lunar base must be able to withstand this kind of thing. As a lazier idea, why not just apply the coating on the glass of the space capsule and be done with it?

But that is indeed not enough. In the eyes of Changtian Technology, it is too clumsy.

Doesn’t anyone still think that the glass in a space capsule is the same as that in a home? There are countless layers of transparency inside, and what Changtian Technology wants to do is to solve all the problems with just a thin layer of coating. This level of difficulty is undoubtedly quite outrageous.

The difficulty of this technology lies in the "gap". On Earth, the shell of the tube channel is a diatom shell, which has a self-renewing effect in the earth's environment. Once a place is slightly damaged, a new one will automatically grow. The diatom shell squeezes out the bad parts and rearranges them into order. Can diatoms survive in space? How to deal with broken things?

There is indeed a way, and that is internal replacement, that is, applying diatoms inside the base, and once the outside is damaged, it will grow from the inside to replace it. Or let the astronauts go out and scrape it, just like scraping the wall.

Such a down-to-earth approach was immediately dismissed. This solution is not only sick, but also harmful and breeds a lazy mentality.

This doesn't work, that doesn't work either, then the only choice is to redesign the materials, and arrange them more closely, which is enough to withstand the impact of any intensity of examples. If the defense is high enough, the defense cannot be broken, and the blood cannot be lost.

Not only must it be made thinner, stronger, and tighter to prevent particles from penetrating, but it must also be reflected in a way, so that you can sit back and relax.

Based on this idea, an ideal reflective coating was developed. Regardless of the thin layer, there are actually at least five layers of emission materials inside. Even if the particles break through the diatom shell, they cannot enter the lunar base. Such materials are also used in space suits. Since we are going into space, we have to prepare spacesuits. The spacesuits of the past were too bulky, so Changtian Technology simply redesigned the spacesuits to be lightweight.

It can be seen from this that aerospace work is really one link after another, one after another. It is a national project and cannot be done by private individuals.

The United States brags about their Musk, just to earn face for the United States in the international community. It means that the United States is so awesome that private individuals can engage in aerospace. In essence, it is a front-end spokesperson.

Now, American Aerospace has contacted Musk again and told him that the United States plans to restart the moon landing plan and let him make relevant preparations. Specific information will be slowly transmitted.

This really excited Musk. He had always found it unsatisfying to launch Starlink and other things before, and he always lost money and made money by doing things like recyclable rockets. To be honest, the cost of rocket recycling is no cheaper than throwing it away after use, and the control system is prohibitively expensive. On the one hand, the United States is competing in the name of innovation, but on the other hand, it is really just accumulating some technology, so it gritted its teeth and supported it.

Now that the U.S. Department of Aeronautics and Astronautics has said it will increase investment, Musk is naturally as excited as a chicken. He is not interested in money at all, he can just plunder it.

What Musk needs is fame. He enjoys being called Iron Man and always appears as a technology geek.

What makes Musk even more excited is that American Aerospace officially announced the matter and named Musk by name as the successor of the moon landing plan. American astronauts will ride Musk's rocket to the moon and then back to Earth.

Naturally, Musk happily went back and urged his employees to work overtime to start designing new rockets and add new content. However, judging from the data transmitted from the US aerospace department, this matter does not seem to be very reliable!

"Why do you feel that there is less data? Are these data recalculated later?"

"Yes!"

"What about the previous data?"

"Lost! However, the situation between the earth and the moon is not static. The data is only a reference. You should know this."

"I know what a fool! I am responsible for this part of the earth, and all operations to space are under your control!"

"The rocket fuel will change. Please pay attention to your material problems. We need to speed up!"

"...Don't you even listen to what others say?" Musk was a little annoyed. How could he use such unreliable data? Although technology is advancing and there are more ways to monitor the entire moon landing process in real time, at least the original data needs to be clear, right? Otherwise, how to set variables and make plans?

The U.S. aerospace department didn't explain much. They themselves were very busy. Don't think that the problem was only with the data. There were also various supporting production lines that had to be restarted. They had no time to care about Musk. They just wanted to rush in. Xia Guo returned to the moon before and planted the American flag.

To give a more practical example, the United States currently does not even have enough space suits. In the 1960s and 1970s, more than ten sets of space suits were produced, and one set cost 20 million meters. After so many years, only two sets are still in use. Such space suits are called out-of-cabin space suits, not the kind inside the cabin. It is very complicated and takes more than half an hour to put on.

These spacesuits in the United States have long been in tatters, and they will be worn out if they are not in space, because these things are really too delicate, and all storage requirements are strict.

After the United States stopped landing on the moon, it naturally did not pay attention to its own spacesuits. It would just return them if they could to save money. Just use the rest.

Landing on the moon was really not cost-effective. Even if the big guys behind the plan passed the restart plan, they had many quarrels, and some even wanted to regret it temporarily. It’s because the amount of the project is too large and beyond imagination. Once it started, it was a money-devouring beast. No results were seen, and hundreds of millions of dollars were thrown away. Just finding people and materials is this number, and it is really difficult to calculate how much it will cost in the future.

What’s even more embarrassing is that many products have to be purchased from outside, and even domestic production lines have been moved abroad. Lost in relatively underdeveloped areas. At first, I was glad that I was smart and threw unprofitable things to backward countries. Now I feel uncomfortable. We can also see Xia Guo's outstanding insight here. He would rather lose money to support a bunch of unprofitable industrial parts, but also ensure the integrity of the industrial system. When you have no intention of restarting, it is really fatal.

The biggest headache for American aerospace now is fuel. Over the years, it has stopped producing fuel that can reach the moon. After all, the highest requirement in these years is just to send people to the space station. How can the fuel that can go to the moon be the same as that that can go to the space station? If this is the case, there is no way to escape the earth's gravity. The first cosmic velocity is no joke.

Look for information, pick up the original formula again, look for past manufacturers, and even start with the raw materials. The fuels used in the past were extremely polluting, and many of them have been shut down. The RQ organization protests every day, but it cannot be ignored. Now in order to restart the moon landing plan, what do the health and lives of those lower class people count?

Even if they dig uranium by hand, they have to be forced to do it!

The U.S. aerospace system is completely busy, with a lot of internal problems causing headaches, but it still has to pretend to be confident externally, so interviews, interviews, and even visits have not been held, making it a vigorous event.

Naturally, the media in other countries would not let such news go. They sent people to understand it and then made TV programs. American experts happily appeared on the stage and traveled among various media.

"Excuse me, why did the United States suddenly start a plan to return to the moon?"

"The aviation technology in the United States has now entered a new bottleneck. We hope to restart this plan and get inspiration from it."

"Shouldn't inspiration be found in the direction of new technologies? Why should we follow the old path?"

"No, no, no, restarting the moon landing does not mean that we have to follow the original technology. We want to try to use newer technology to do this project. Once successful, the entire scientific system will benefit. The moon landing project is complex and related. There are too many disciplines, and its breakthroughs will also benefit many disciplines.”

"So what about the cost? It is initially estimated to start at 100 billion meters. When will the money be repaid? If the money is directly invested in new technologies, will there be a bigger breakthrough?"

"Well. This account can't be calculated like this. Science is priceless. Even if some science seems to be losing money at the moment, it will benefit the country in the long run. Once you take advantage of science, the money spent will naturally be lost. What a problem.”

“Isn’t it true that the U.S.’s restart of the moon landing plan was stimulated by the cooperation between Changtian Technology and Xia Guo’s aerospace department?”

"Of course not, we have always had a plan. Besides, we have landed on the moon before, and we have had many successful cases. This is enough for Xia to catch up. They are still a long way from successfully landing on the moon!"

"Have you ever thought about the consequences of this failed restart?"

"It will definitely not fail. We already have the data."

"But the number of people has changed several times..."

"It's okay, there are data! People today are better than before!"

This interview was a relatively neutral and objective interview. The American aerospace personnel almost couldn't get off the stage by asking questions, and the program had a good effect. Everyone loves to hear interviews like this, and those interviews that are overly flattering are really hard to watch!

Media platforms that have mastered the traffic code are swarming to learn this question-and-answer method, and most of them will not stop asking questions to American aerospace experts until they are speechless. All kinds of strange and tricky topics come one after another, and some are very professional.

Faced with such a public opinion environment, what should the US government do? I can only forgive with a smile. Is it possible to reject everyone else? Wouldn't this expose his secret? Fortunately, the United States does have aerospace technology. It is difficult to ask common questions to experts. Other questions are too confidential and difficult to disclose, so you can get away with it.

The progress on the Xia Kingdom's side is indeed unclear. Many industries are also being gradually built and upgraded, and the steps are always slower than those of American Aerospace. The United States understands this very well, so it compares its return to the moon with Xia Guo's aerospace industry, and sarcastically says that Xia Guo's aerospace industry is nothing more than that.

Musk's standing in front of the stage has a very good advertising effect. He has been instructed to talk about aerospace on different occasions, constantly "revealing" his new progress, which has attracted a lot of attention.

Faced with the constant provocation and even ridicule from the United States, Xiaguo netizens could not sit still and launched counterattacks online one after another.

"You've only been chattering for a while. I don't believe that with the cooperation of Changtian Technology, Xia's aerospace industry will be worse than that of the United States!"

"Changtian Technology is holding back its ultimate move! It must be trying something good. I never worry about this. UU Reading www.uukanshu.com Because Changtian Technology is very conscious, there are no opponents outside, so it competes with itself, and we compete day by day. good."

"The Americans are hyping up the news before there is any concrete progress. Could it be a scam? They want to trick Xia Guo into betting all on the aerospace industry and making some Star Wars plan. The Americans are doomed to miscalculate. Changtian Technology's ambition itself is the stars and the sea. , I don’t think Changtian Technology is content to stay on the little Blue Star!”

Netizens from other countries generally have the same idea. It is ridiculous that the United States is trying its best to put gold on its face, but in the end not many people believe that it will always maintain its advantage.

Some people have even begun to denounce the United States’ return to the moon this time.

"Have a rest! It feels like this is a forced project by the Americans, just for the sake of face. What's the use of them going to the moon again? It's just repeating what they have done before. The material on the moon is just like that, it's There is no ability to develop.”

"The United States is busy, so don't fail in the end. Then it will be really funny."

"I really can't stand the style of the United States. It feels good to see American people suffer." (End of Chapter)