Daguo Technology started from the Shanzhai system

Hearing this, everyone at the scene nodded slightly in approval. They felt that developing a star-simulating device at this time was not worth the gain, and it was not easy to get results quickly.

Although they know the benefits and advantages of stellarators, stellarator design and manufacturing are notoriously difficult.

In response, Lin Chen shook his head slightly while people were watching, and then said:

"Although it is difficult to design and manufacture a stellarator, as the structure must be designed based on magnetic circuits, its advantages are enough for us to choose it.

The first advantage is miniaturization. We have two purposes in developing controllable nuclear fusion technology.

The first purpose is to generate electricity at low cost so that we have endless low-cost energy. The second purpose is to open up interstellar roads and tap the resources of the solar system. Stellar simulators can perfectly meet our requirements.

As for the second advantage, because of its special structure, it is the only nuclear fusion device among the three nuclear fusion development lines that does not require external energy after ignition. This is very friendly to our future nuclear fusion power stations and interstellar spacecrafts. .

Of course, there are other advantages, such as isotope effects not appearing in stellarators, long service life, low plasma density requirements, etc.

But these advantages are actually not the most important. What I value most is that the future ceiling of this stellarator is high and there are currently not many Guojia to develop it.

As for the difficult issues of design and manufacturing, we are not inferior to anyone in manufacturing, and in terms of design, we have the dawn of artificial intelligence and quantum computers that can perform simulations.

It can be said that who in the world is the most qualified to develop stellarators, we who have mastered the dawn of artificial intelligence and quantum computers are the most qualified!

After that, there is the issue of technology patents. The West has been developing tokamak devices for decades, and we have naturally been developing them for decades too.

But we have to admit that our nuclear fusion technology is essentially replicating foreign technology and following a path that has been successfully explored by others. We also have to admit that most of the technology patents are in the hands of the West.

So even if we develop our controllable nuclear fusion technology, we still have to pay them a large amount of patent fees, and ultimately work for others in vain.

Unless we don’t follow technology patent rules, but how is that possible?

So if we want to avoid or reduce paying patent fees to others, we can only choose the stellarator line.

Anyway, the essence of stellarator is magnetic confinement technology. There are many basic technologies in the tokamak device development line that can be applied to stellarator technology. We are not developing it from scratch.

It can only be said that the development progress is much slower than the tokamak device technology development line, but the slowness means that there are not many technical patent barriers hindering us.

After all, a piece of white paper is easy to draw on, but it is also more conducive to our research and development. "

Hearing Lin Chen talk about the reasons for taking the stellarator nuclear fusion technology development route, the scene fell into silence.

Because what Lin Chen said is indeed true, if they don't want to avoid paying technology patent fees to others, then they can only take the stellarator technology development route.

“Since you said so, boss, then I have no objection.

Anyway, both stellarators and tokamak devices are magnetically confined circuits. In some respects, the future prospects of stellarators are indeed better than those of tokamak devices. "

At this time, Academician Gong Yuanzu made a decision to agree.

"I have no objection either."

Peng Houjue from the other group had no objections, although he actually really wanted to recommend Lin Chen to develop an inertial restraint circuit.

However, inertial constraint circuits do have many disadvantages compared to magnetic constraint circuits, and it is indeed difficult to apply them to spacecraft. Even if they can be used, they will achieve half the result with twice the effort. So when he knew that the purpose of this controllable nuclear fusion technology development was to generate electricity and install it in a spacecraft to mine space resources, he knew that he had little hope.

When he heard that Lin Chen had made up his mind, he naturally couldn't stand up to object, lest he would make Lin Chen unhappy and eventually be kicked out of the team.

After all, this is the research and development of controllable nuclear fusion technology. Controllable nuclear fusion technology is too important, once it is successfully developed.

Even if only a certain part of the design has its own merit, it is enough to be recorded in history, and it can be regarded as a glorious ancestor in the true sense.

After all, this is the top core technology that allows mankind to escape from the small earth and move towards interstellar civilization. The honor of its successful development is at the level of all mankind.

In some ways, this honor is more than winning 10,000 Olympic gold medals, and it is more profound. It is destined to be an unavoidable page in human history.

So the conference room where the decision was made began to divide the research and development tasks and arrange positions.

Among them, Academician Gong Yuanzu is responsible for all overall management work, while Lin Chen is mainly responsible for supporting work.

After all, Lin Chen couldn't devote himself wholeheartedly to it, so he naturally had to give up his position as the leading developer.

Among them, although Gong Yuanzu is good at the research and development of tokamak devices, he is actually not good at stellarators.

However, both the stellarator and the tokamak device are essentially magnetically constrained circuits, and many technologies can be shared by both parties. In addition, there is no relevant master in China, so naturally he can only be responsible for it.

After arranging tasks and positions and starting to formally discuss technology development, Lin Chen also brought out some surprising materials that were actually copied from the system's virtual study room.

These materials include the latest stellarator research data of the current German-Italian rule and the island countries, as well as the data of the United States that has given up on stellarator research.

It can be said that with these detailed data, they have stood on the shoulders of giants. No stellarator research institution in the world has more data than them.

The reason is that every country's stellarator research data is confidential and cannot be released to other countries, but Lin Chen actually got hold of other countries' stellarator research data.

This is equivalent to them standing directly on the shoulders of people around the world and developing upward, and their foundation is naturally deeper than others.

Therefore, when people at the scene saw the information provided by Lin Chen, their eyes lit up and they called Lin Chen for his help. With this information, their research progress greatly increased.

Moreover, there are many conjectures in those materials. Although these conjectures are not supported by experimental evidence, the conjectures are just conjectures, not conclusion formulas.

But it also broadens everyone's horizons and gives people one more way to solve problems when they encounter problems in the future. This is a fact.

At this time, people really have a little confidence in the boast of achieving controllable nuclear fusion technology within ten years.

Time passed slowly like this, and in the blink of an eye, this meeting that decided the future of controllable nuclear fusion technology in Daxia and even the world was over.

Among them, Lin Chen went to develop and upgrade quantum computers not long after the meeting. After all, the research and development of controllable nuclear fusion technology cannot be completed in one or two years. (End of chapter)