After the storm was basically over, Ye Zhou also completed all his preparations.

After learning the common sense about nuclear reactors, the institute has finally completed the preliminary establishment. Today is the day when his institute is officially listed.

The laboratory equipped by this institute mainly focuses on inorganic solid materials, including a series of laboratories such as material synthesis laboratories, processing, testing and analysis, metallographic, Xrd testing and structural calculation.

As for the fields directly related to the engine, such as gas-thermal dynamics, combustion, etc., there are extremely high requirements for experimental facilities and personnel professionalism. He did not intend to put them in his research institute from the beginning, but only asked Chen Hao to cooperate with the most famous 606 Research Institute in China to provide him with the conditions for trial production and experiments.

However, he also set up a special theoretical research and development department. In addition to basic mathematics, physics, and chemistry scholars as peripheral consultants, he also recruited a large number of theoretical engineers from the aerospace engineering field to enter the research institute. The work of these engineers is both simple and complex, which is to reverse engineering the ge-9x, thoroughly understand the basic principles of this engine, and then combine the engine technology with fluorescent iron materials to try to produce a domestic engine with super-large thrust in one step.

At the listing ceremony, Ye Zhou did not make any exciting speeches. After simply announcing the laboratory's future goals, he directly issued the first R&D task.

Trial production of star rock materials.

This is just a training project, and the purpose is to make the institute run steadily as soon as possible and bring the coordination of various departments up.

Before this, he also completed the disassembly of the ge-9x drawings based on the knowledge instilled by the simulator. Once the star rock project is completed, the theoretical research of aerospace engineering and the synthesis of fluorescent iron can be put on the agenda.

The ge-9x design drawings extracted from the simulator were not as simple as a simple "structural drawing", but included a complete design drawing including hot and cold double drawings, structural optimization notes, tolerances, surface roughness, material analysis reports for each component, and a series of contents.

It can be said that with this drawing, domestic factories can completely copy this engine 100% after spending a certain amount of time.

However, this has no meaning to Ye Zhou.

Because this is a commercial engine with a large bypass ratio, even if it is manufactured, it can only be used in the commercial field. The promotion effect of domestic fighter and bomber engine research and development is about 0.

What he needs to do is to organize engineers to reverse engineer this design drawing, figure out the principles of each design, and thus feed key technologies back to domestic engine design and manufacturing research, and truly create our own "heart of the dragon"; on the other hand, find a suitable manufacturer and directly copy the engine, thereby eliminating the urgent need for domestic commercial large aircraft.

So, this is a two-step strategy.

Engineers need to theoretically solidify every detail of engine design, reversely introduce theoretical basis, and then make application suggestions.

The most conservative estimate of this process will take at least half a year without encountering any theoretical blind spots, because the investment in manpower and resources cannot effectively accelerate it.

However, after entering the ground test, Ye Zhou had a way to improve efficiency.

It's also very simple, it's a saturation test.

Mobilize all domestic enterprises that are capable of manufacturing aircraft engines to conduct production and testing at any cost. After all, it is important to pay excessive resources.

Of course, although that is said, objective physical laws cannot be changed. The experimental process still needs to be calculated in months or even years. Even with the support of the national system in China, the trial production of a military aircraft engine will take more than 6 months - this is an optimistic situation, and it must be based on the improvement and optimization of existing engines, rather than developing a new engine from scratch.

A reliable military aviation engine has a shorter R&D cycle and takes more than 120 months, while the R&D cycle of Taihang engine is as long as 27 years, which is enough to show the difficulty of engine research and development.

As for replicating the engine, Ye Zhou is planning to choose one from Cheng Fei and Shu Fei. They should be the only company in China that has the ability to replicate this ge-9x.

According to his estimate, the first copying time will not be too short, but the drawings that are so complete that they are almost impeccable will not be too long.

If you are optimistic, it will take about two months, which is already an extremely fast speed.

After all, Ge Company can deliver only about 2,200 aircraft engines in a year, which is only achieved when the manufacturing process is extremely mature.

Ye Zhou's goal is not to achieve engine assembly line production. He only needs to focus on the first engine to complete ground tests and meet commercial standards, and then he can leave. As for the subsequent aerial experiments and mass production work, that is not the issue he needs to consider.

Let the official go to trouble, he has more important things to do, that is, to simulate the entire stage of the Dragon Heart and get the final reward.

According to the completion prompt of the simulator at that time, the Dragon Heart should have been divided into 5 stages of simulation. Now he has completed two, and the third one has been started. Just add another force and quickly pass the third, four or five stages, and you will see the final reward.

He was curious about what the final reward would be.

Judging from the current situation, the simulator brings him technological rewards in the near future, and the simulated scenes also come from the past or present, but the plot of the third stage has expanded the time span. If calculated at this speed, the simulation of the fifth stage is likely to occur in a further future.

Correspondingly, the gap between reward technology and current technology should continue to increase.

Could it be something like a curvature engine?

If it is true, then the fun will be very exciting.

An ordinary fuel engine can be made even if it is advanced even more, and the whole country can grit its teeth, but if it involves a leap in theoretical physics, it is not a matter of gritting its teeth.

Even if you bite your teeth, you can't create it. You must start from the underlying theory and climb the technology tree step by step.

Ye Zhou shook his head. According to the current situation, the person or organization who gave him the simulator should not do such nonsense.

After the listing ceremony, he greeted all the staff and left the institute alone.

The final location of the institute was a distance from Chen Hao finding his residence, but he didn't want to take a bus, he just wanted to walk around alone.

There were many thoughts lingering in his mind, and what once confused him the most was why he put applied technology at a higher level than theoretical science.

This question was raised by the female political commissar when she first arrived at Chen Hao's chip project command center. At today's listing ceremony, someone asked this question again.

He didn't answer at the time because he didn't think it through.

But now, after a long journey, he thought it through.

Because we can't wait, China can't wait.

No matter how awesome a theoretical breakthrough is, it will take a long time to achieve application. What if the simulator brings him a unified theory?

Every man is innocent and bears a treasure. Once such a strategic theoretical breakthrough occurs, it will inevitably lead to the enemy's attack without regard to the consequences.

Unless you don't use it, because as long as you use it, you will definitely not be able to hide it.

Should you hope that your enemy will extend a friendly hand to you after seeing that you have the bright future of mankind in your hands and say, "Anyway, it's all human beings, let's realize a community of shared future together?"

Impossible.

Even if it is just your neighbor, if you tell him that the land will be demolished soon, we will soon achieve common prosperity, and he will not stop competing with you for the three-inch land under the eaves.

This is the law of dark forests between great powers - even if 100% full communication can be achieved between complex animals like humans, doubts and hostility towards each other will always exist.

Therefore, the only correct way should be to maximize the current theoretical science, apply it all to reality, and then use the limited generation difference advantages to achieve global dominance.

After that, it is time to consider how to move towards the sea of ​​stars!

Thinking of this, Ye Zhou suddenly had an idea.

What if we already have those theoretical breakthroughs, but we cannot bring them out because of our current strength?
Chapter completed!