"400 billion summer yuan, 2,000 scientific researchers, 100 academicians, Daxia is fully committed to developing controllable nuclear fusion technology!"

This is the news headline of the New Wolf portal.

"Great Xia's withdrawal from the (lTER) organization turned out to be for it!"

This is the news headline of the Fox portal.

At the same time, overseas media are also reporting related news.

"With only 400 billion summer dollars, a country wants to win controlled nuclear fusion technology? Amusing! ”

This is the headline of the daily newspaper Tokyo I in the island nation.

In the Tokyo Daily, they ridiculed the gamble, claiming that it is absolutely impossible to win controlled nuclear fusion technology with a single country's R&D strength and 400 billion dollars.

"The most arrogant joke in history, Lin Chen claims to have developed controlled nuclear fusion technology within ten years!"

That's the headline in the Silicon Valley Daily.

They reported in a sarcastic tone that Lin Chen's proposal to conquer controlled nuclear fusion technology and generate electricity on a large scale in ten years, and to miniaturize controlled nuclear fusion technology into spacecraft within 15 years.

In the news in Silicon Valley, they gave an example of how difficult controlled nuclear fusion technology is, pointing out the fact that the power of the Dawning R&D Center and Daxia alone cannot win controlled nuclear fusion technology.

Of course, the media that also sang about Lin Chen's inability to develop controllable nuclear fusion technology in Daxia were not only Tokyo Daily and Silicon Valley Daily.

In fact, other newspapers around the world, such as Renton Daily, Huanqiu Daily, Lutoushe, Dahan Daily, Deyizhi Daily, and other media outlets, also reported similar news.

All of them claim that it is impossible to win controlled nuclear fusion technology with the power of the Dawning R&D Center's mere 400 billion Xia Yuan and Great Xia alone.

All of them scoffed at Lin Chen's proposal to develop controlled nuclear fusion technology and generate large-scale electricity within 10 years, and then complete the miniaturization into a spacecraft in 15 years.

And with such a clear remark coming out, it naturally made the fans of Shuguang Technology and the people of Daxia feel very aggrieved.

The fans of Shuguang Technology and the people of Great Xia wanted to shout that Lin Chen would definitely achieve his grand goal, after all, Lin Chen had proved countless times before that Lin Chen had fulfilled his promise.

But as the saying goes, a lie is told a thousand times and it becomes the truth, when the global media said that the Sugon R&D Center couldn't do it, and they did come up with historical cases to point out the difficulty of R&D.

Even if the fans of Dawning Technology and the people of Daxia believe that the Dawning R&D Center can create miracles, they are faced with so many bearish remarks.

Their confidence began to waver, and many even turned to think that the Dawning R&D Center might really not be able to do it, thinking that controlled nuclear fusion would become a shame for Lin Chen's life.

Of course, the rhetoric of the outside world does not actually affect the research and development of controlled nuclear fusion technology.

At a time when there is a lot of discussion in the outside world, the headquarters of the Dawning R&D Center has begun a big discussion on the research and development of controllable nuclear fusion technology.

"I think we should continue to follow the path of developing magnetically confined tokamak device technology.

After all, we have developed the world's first fully superconducting tokamak EAST device in 2006. ”

At this time, the person who spoke was Academician Gong Yuanzu, who was the former top person in charge of the Oriental Superring R&D project.

This academician Gong Yuanzu is not simple, he has been studying controlled nuclear fusion technology for decades, and he is a senior expert in this field.

The so-called Oriental Superring is a fully superconducting tokamak device built at the end of 2006 and completed acceptance in 2007, and it is also the world's first fully superconducting tokamak device.

The root of this technology is the T7 superconducting tokamak device developed by Brother Su in the early nineties.

Because Brother Su was not stable internally at that time, and the people were not aligned, the technology was finally bought by Daxia for two cars of down jackets worth 4 million summer yuan.

After that, Daxia spent nearly 4 years successfully absorbing the technology of Brother Su's T7 superconducting tokamak device, and used domestic materials to manufacture the domestic T7 superconducting tokamak device.

Then in 98, Daxia officially established the project to develop the next generation of fully superconducting non-circular cross-section tokamak device HT-7U, which was later renamed EAST!

The final result is that, as in history, the construction of the Oriental Super Ring was completed at the end of 2006, and it officially passed the test and acceptance in 2007, and more than ten world records were created.

The successful development of the Oriental Superring of the fully superconducting tokamak device has directly made Daxia one of the major countries in the field of international controllable nuclear fusion technology.

Because of this, the West will allow Daxia to join the (lTER) organization, otherwise how could the West allow Daxia to join the (lTER) organization and share the benefits of controlled nuclear fusion technology.

"Although our Oriental Super Ring was verified last year and has set more than 10 world records.

However, there is a huge problem in the magnetic confinement circuit, and this huge problem is the problem of superconductors at room temperature and pressure.

Without room-temperature superconductors, our wires can only be soaked in liquid nitrogen if they want to achieve superconductivity, and the confinement density is not high in the square order.

This form makes our wires extremely large and bloated, not to mention the hidden danger of instability.

Therefore, without solving the problem of superconductors at room temperature, we will not be able to miniaturize the tokamak device into the spacecraft, and it will be difficult to put it into use.

Therefore, I suggest that we go directly to the inertial confinement line, so that we can get results quickly and do not have to face the problem of superconductors. ”

Speaking at this time was Academician Peng Houjue.

At the end of the century a few years ago, he proposed a plan for the development of controllable fusion technology that can be realistically realized by mankind and has a high probability of success.

The development plan is to hollow out a small hill, then dig a hole with a radius of 60 to 80 meters from the top of the hill, then inject argon gas, and finally find a small hydrogen bomb with a TNT yield of 10,000 tons and put it in.

At this time, human beings spray tens of thousands of tons of liquid sodium from the hole, and finally detonate a small hydrogen bomb, at which time the energy released by the hydrogen explosion will be absorbed by the liquid sodium, and the liquid sodium can be used to generate electricity.

According to Academician Peng Houjue's assumption, as long as it is fried ten times or eight times a day, the energy generated per day can reach 1 million to 2 million kilowatts.

Of course, this technology development idea has not been recognized by the above, because what is the matter of detonating ten or eight 10,000-ton small-yield hydrogen bombs in your own country every day?

Moreover, this plan is still too rough, the power generation efficiency and cost are not very good, and it will also produce EMP magnetic storm impact and nuclear pollution.

And most importantly, it will not be able to be miniaturized into a spacecraft in the future, which limits its development prospects.

Therefore, it has been almost ten years since the technology development plan was proposed, and the above has not agreed to this technology development plan, which makes Academician Peng Houjue feel quite regretful.

On the other side, Academician Gong Yuanzu heard the other party's contrarian words, and also recommended the development of inertial restraint circuits, he immediately said with a sinking face:

"Peng Houjue, you want to propose your technology development plan for that Xiaoshan hydrogen fusion power station?

This thing doesn't mean anything at all, not to mention the nuclear contamination caused by the atomic bomb that must be detonated before you want to detonate the hydrogen bomb.

A miniaturization alone negates the future of this program, after all, we will be miniaturized into spaceships in the future, so stop thinking about it. (End of chapter)