Both sides were carefully exploring each other's background. For example, this time, Zhou Qingya put down her experiment and studied the actions of these companies together. The reason why she was so nervous was that if these two companies really hated each other, the future technology group would have no way to compete.

The future asset growth of technology groups seems to be a miracle. It has only been more than three years since small companies that were only a few million to group companies with assets worth tens of millions. However, as two long-term giants in the IT industry, if they want to exclude future technology groups regardless of damage, if there is no other factor interference, such as the national protection policy, the girl is still not facing them. In fact, what the girl is really afraid of is not their financial strength, but their connections, resources, technology reserves and R&D capabilities. The current situation is that although the two

The company is preparing to cooperate in research on optical brain, but it is obvious that it is impossible to give up its inherent business and fully support the research of optical brain. As long as this is the case, the girl is not afraid. In terms of inherent business, although only one future technology product has gone abroad, other technology girls are still confident in the technology of their company. As long as they don’t force them to get in a hurry, they won’t fight to the death and completely let go of other businesses, then the girl will have confidence that in two years, they will be able to fight in the market of optoelectronic computers. At that time, whoever lives and dies will be determined. These two years are also the buffer period set by the girl’s own company.

After studying the information of himself and his opponent, the girl who was confident of fighting with her was in a better mood - this would not disrupt too many steps and would not interfere with the established goals. Now, the girl returned to the laboratory and wanted to continue to study her strange packaging material.

After dealing with other things, the girl came to the laboratory and opened the storage box. However, what the girl didn't expect was that the aerospace research team actually sent an application for this material. The girl was stunned. You should know that the girl planned to slowly open the material after researching it. Therefore, after problems with these two materials occurred, the girl also found a way to solve them alone. To this day, there is no good solution. In fact, this is also the girl who has gone through the misunderstanding - she has mentioned before that scientific research now emphasizes accuracy, group cooperation, and precision. As the era of inventors has passed, the girl is obviously unable to solve this problem by herself.

Of course, this does not mean that the girl just thinks about researching it herself. The reason for this situation is the impact of the girl's previous life. The girl in her previous life can be said to be very lonely, no matter where she is. Therefore, the girl in this life is also used to trying to solve problems by herself, rather than everyone together. Although this personality is no longer so prominent because of changing her body, girls are still habitually studying things on their own. Even the authority for research is very strict.

Since the permissions were set, why did the Aerospace actually send application materials? In fact, it is very simple, that is, the girl left in a hurry and just put the materials up, but the relevant data of the materials did not set permissions. As soon as the Aerospace searched for materials, it was very consistent with the materials they wanted. It could have been directly taken to the nano-application side, but when I got there, I realized that there was no such material in the sample library. After carefully searching the details of the materials, I realized that this was something the girl was studying alone, so there was no such material in the sample library, so there was no way, so I had to apply to the girl.

The girl didn't care. She didn't have any special thoughts. She just laughed for a moment. Unexpectedly, after leaving the battlefield for three years, some things began to slowly forget! The girl thought about it and began to check why this kind of material was needed there.

In the future, aerospace is working hard to design spacecraft. The paths taken by various countries are different now. The girl's path is in one step, which means that it is difficult to directly start designing a spacecraft that can travel in space briefly. Although it can be said that the girl will conduct subsequent research after the so-called pursuit. In addition, the people given by the country are all geeks. The girl's decision is undoubtedly very pleasing to her appetite, so they all began to design spacecraft that can fly directly from the ground. Of course, the girl's side is sometimes very obvious, such as the increasingly large nanomaterial library, nanoforming machines and structural machines that can be directly formed. The advantages of the material allow them to reduce the design research. For example, if the spacecraft sails, even if it is traveling near space, the environment it faces is complex. If it is a traditional aerospace industry, it is necessary to carefully design and combine them.

The application of materials to achieve the best results. Obviously, every bit of design progress requires a lot of effort. For the girl, there are a lot of materials that can achieve you want. You don’t have to think of ways to make light and heavy materials achieve the results you want after a complex combination. You only need to input the weight, strength, toughness, elasticity, corrosion resistance and radiation resistance of the material you want to the supercomputer. The supercomputer will list the appropriate or similar materials one by one according to the requirements you listed, so that you can choose slowly. If there is really not, then nothing. Enter the design requirements into the task panel, and the material laboratory will study and make the materials you want according to the requirements you put forward. All of this is the confidence for the girl to develop the aerospace industry. Having a highly intelligent supercomputer can help the entire company's research and development, and even install a high-speed engine.

Of course, with these conditions, it cannot be said that there are no difficulties. For example, at the beginning, people imagined that nuclear power was used directly, but there were many difficulties. It was obviously impossible to conduct tests before all the problems were solved. However, now everyone has designed several spacecraft and test aircraft. We cannot always put them there because there is no power system, right? If that is the case, it will be too late to wait for the experimental spacecraft to be replaced. You should know that it would be great if other systems can be used instead. After the formal nuclear power system is developed, a certain amount of experience can be accumulated and the spacecraft design will be perfect. In consideration of all aspects, a power system that can temporarily be used for nuclear kinetic energy has been put on the agenda. The initial idea is to use rocket launchers instead, but there is a problem, that is, the fuel consumption of rocket launchers is too huge, which is definitely not suitable for small spacecraft. Now, in order to achieve a smooth experiment of the spacecraft, these problems need to be solved.

At the beginning, the aerospace side wanted to use rocket power to go bankrupt. Can other power systems be improved? Now, besides rockets, there are still jet fighters left in the sky. So can we do something about it? Now everyone is considering this. Of course, there is another problem that is that jet engines cannot work in an environment without oxygen, which requires everyone to take good care of it. Of course, due to different uses, the engine cannot be copied, but needs to be modified by everyone. There is no problem. Everyone has seen this kind of motivation, so it is not mysterious.

Now, their research is to find a way to modify a new motivation to put it on the test machine. In order to succeed, they even copied a motivation. Of course, the parts and materials used were all produced by their own company, and the performance of the engine produced was unexpectedly good. It was actually possible to implement near-sonic flight on light fighter jets on less advanced motivations. You must know that the engine they copied was just enough to do research. Of course, this did not arouse any of their feelings, and they immediately began to transform the motivation.

Of course, in order to make this kind of motivation fly into space, fuel also needs to be carried, and oxygen also needs to be carried. No matter how much this kind of motivation is improved, it requires oxygen as a combustion agent. Now their idea is to improve the motivation, and after flying to high altitude as much as possible, close the air intake holes and use its own oxygen to work.

This experiment has been studied for a long time, but after a period of improvement, they found that this idea is not realistic. In the end, the aircraft can theoretically fly to an altitude of 30,000 to 40,000 meters, and then there is no way to increase it. The altitude of a general synchronous satellite is 360,000,000 meters, which is about 359,700,000 meters, which means that the difference is far from it!! Obviously, this solution is a failure, but they think it is not impossible to conduct the experiment. At the highest ceiling, it is to see how the performance of the entire spacecraft is in all aspects.

However, although the small spacecraft production plan was started in full swing, it was obviously not the final result they wanted, and the modification continued. At this time, someone asked whether the existing pushing force could be compressed again to form a greater thrust, and whether it could be achieved? Everyone knows this, but obviously the motivation for the modification has been modified many times cannot provide a higher compression ratio. However, he continued to propose whether it can be achieved using other materials, such as the ability to compress again during the penetration process? Everyone thought this was impossible. Out of curiosity, everyone still searched and tried it, but they didn't expect that there were really similar materials, and this material was unexpectedly the girl's packaging material!
Chapter completed!