Chapter 254 Galaxy Release!

"It turned out to be a study on the Navier-Stokes equation... Could anyone else have solved the Navier-Stokes equation?"

Seeing the research title of this paper, Ning Chen was still a little worried.

Although Ning Chen himself is not that concerned about winning the Fields Medal, Ning Chen does not only represent himself, but also represents the entire Chinese mathematics community.

Ning Chen’s research on the Navier-Stokes equation can be said to be the closest China has come to winning the Fields Medal. Even with Ning Chen’s ability, it is not ruled out that he can continue to solve more complex mathematical conjectures. , but this may have to wait until a few years later.

With such worries, Ning Chen looked at the specific content of this paper.

Through the writing habits and the quality of the paper, Ning Chen knew that this was a very good paper.

At the same time, Ning Chen basically guessed who the author of this paper was.

"If I guess correctly, this paper was probably written by Tao Zhexuan."

Ning Chen has read almost every paper written by Tao Zhexuan, and has had several in-depth exchanges with Tao Zhexuan, so he has a good understanding of Tao Zhexuan's abilities and habits.

Except for Tao Zhexuan, there are only a handful of other mathematicians in the world who can study the Navier-Stokes equation to this extent.

After reading the entire article, Ning Chen breathed a sigh of relief.

There is no doubt that this is a very excellent paper, and the quality of the paper is fully qualified to be published in the four top journals in mathematics.

Fortunately for Ning Chen, the research in this paper has not yet involved solving the existence and smoothness issues of the entire Navier-Stokes equation. It is only the one published by Ning Chen. It is just a small step forward based on the Navier-Stokes equation paper.

The research significance of this paper will not affect Ning Chen’s selection for the Fields Medal.

After giving suggestions for the journal to accept this paper, Ning Chen could finally check the author of this paper.

This is also a journal rule that Ning Chen strictly implements. Even Ning Chen himself cannot know the name of the author of the paper before giving review comments.

After giving the review comments, because the result could not be changed, Ning Chen could still get information about the author of the paper before it was published in the journal.

When Ning Chen checked the author of this paper, his suspicion was confirmed.

"Sure enough... this paper was really written by Tao Zhexuan. If Tao Zhexuan is given enough time, maybe Tao Zhexuan can really solve the problem of the Navier-Stokes equation. All questions.”

Ning Chen didn't know who was better now, between himself and Tao Zhexuan, in terms of mental power alone.

Unfortunately, Ning Chen did not have the ability to detect other people's brain power index, but according to Ning Chen's estimation, Tao Zhexuan's brain power index was definitely not inferior to his own.

When Ning Chen and Tao Zhexuan discussed the Navier-Stokes equation before, Ning Chen knew that many of Tao Zhexuan's ideas were on the right track.

As long as Tao Zhexuan understands Ning Chen's paper, with Tao Zhexuan's ability, he can get some inspiration from it and let Tao Zhexuan draw some new conclusions. This is also very normal.

Just when Ning Chen was thinking about these things, Ning Chen received information from the Chinese Academy of Sciences.

In the message, the Chinese Academy of Sciences stated that they will soon officially release news about the Galaxy Quantum Computer.

Although the Chinese Academy of Sciences’ research on the Galaxy Quantum Computer has been kept confidential before, this matter will not remain secret forever and will one day be announced to the public.

Like other companies that research quantum computers, even in the research and development stage, they will often release some news to the outside world. If they really succeed in developing a quantum computer, they will definitely release this news in a big way, and they hope that everyone in the world will know about it. .

The reason why the Chinese Academy of Sciences has always kept the Xinghe quantum computer secret is because this project involves research in aerospace, aviation and other fields, and is not just a pure quantum computer achievement.

Compared with quantum computers developed by other countries, the Galaxy quantum computer has higher application value. Even now it can only solve a few mathematical problems.

The Chinese Academy of Sciences also stated in the message that the release of the Galaxy quantum computer will not release various research results related to it. It will only release some calculation speed data and retain the core secrets of the Galaxy to the maximum extent.

The release of the Galaxy Quantum Computer marks that Ning Chen’s previous paper on the Navier-Stokes equations has reached the conditions for official publication.

This sudden news gave Ning Chen the idea of ​​publishing research on the Navier-Stokes equation.

Although the release of the paper means that part of the relevant research results will definitely be published publicly so that more people can learn about the research content, at this time, Ning Chen himself is also inclined to publish the relevant results publicly.

On the one hand, this can give you the opportunity to be shortlisted for the Fields Medal and fill China's gap in this award.

Ning Chen feels that simply winning awards is meaningless, but if a truly native Chinese can win the highest award in the world of mathematics, it will undoubtedly be of great help to the development of the Chinese mathematics community. .

This can inspire more mathematics researchers and greatly improve the level of mathematics research in China as a whole.

On the other hand, if Tao Zhexuan or other mathematicians really publish the results first, it will be really difficult to tell who completed the research on the Navier-Stokes equation first.

Because of these considerations, Ning Chen officially decided to prepare and publish a paper on the Navier-Stokes equation.

Ning Chen spent a lot of energy writing this paper and revised it repeatedly.

This is not because there is any problem with Ning Chen's paper writing ability, but because Ning Chen has been struggling with what content should be written, what content should not be written, and how the content that can be written should be presented.

This is the paper that Ning Chen has invested the most time and energy in since writing the paper.

Finally, after dozens of revisions, Ning Chen was finally satisfied with the content of this paper.

The content presented in the paper alone is enough for Ning Chen to prove that he has completed the proof of the existence and smoothness of the Navier-Stokes equation, and will not reveal any redundant parts.

Before the release of the paper, Ning Chen reported to the Chinese Academy of Sciences that he was going to release results related to the Navier-Stokes equation.

Because this matter has been approved by the Chinese Academy of Sciences, the Chinese Academy of Sciences is naturally very supportive of Ning Chen's choice, saying that Ning Chen can freely make a decision on this matter.

In fact, if Ning Chen had not predicted the application value of this research result, Ning Chen would have released the research results on the Navier-Stokes equation two years in advance.

It can be said that it was Ning Chen's choice that bought China two valuable years for its aerodynamics research.

Ning Chen planned to wait until Tao Zhexuan's paper was published, and then publish his research results in the next issue of the journal.

Otherwise, Tao Zhexuan's paper will be dwarfed by comparison.

…

A few days later, the Chinese Academy of Sciences officially released the Galaxy Quantum Computer.

Since there were no signs of this incident before, this made many people feel a little incredible.

According to information released by the Chinese Academy of Sciences, the Galaxy Quantum Computer only takes ten seconds to solve a system of linear equations with one hundred billion variables.

This calculation speed is hundreds of millions of times that of ordinary computers, and even compared with supercomputers, it is tens of thousands of times faster.

Such news will undoubtedly make many Chinese people excited.

"We actually completed the research on quantum computers quietly... and compared with those foreign quantum computers, Xinghe still has more powerful performance and has more obvious advantages."

"This computing speed is really terrifying. Even a supercomputer will be blown away by the Galaxy Quantum Computer."

"The emergence of Galaxy quantum computers is likely to completely change our lives. The combination of quantum computers and artificial intelligence will allow many complex problems to be easily solved."

Soon, the news that the Chinese Academy of Sciences released the Galaxy Quantum Computer was spread all over the world.

Although the Galaxy Quantum Computer is not the world's first quantum computer, it is undoubtedly the most powerful quantum computer in the world and will have high application value in many aspects.

In comparison, other quantum computers on the market are more like experimental products without any application value, and are completely incomparable with Xinghe.

When Google noticed the news, it was deeply hit again.

They had just experienced a serious blow from the Star OS system before. Even though no other mobile phone manufacturers have officially announced the use of the Star OS system except Warwick, it is still possible for the Android system to lose a large number of global markets. matter.

Companies that have canceled their joint statement with Google have proven this very clearly.

This time, the news released by Xinghe caused Google to feel a serious setback.

In fact, Google has been conducting research and development work on quantum computers, but so far, Google has not developed any mature quantum computers, and has only achieved some results in some branch technologies.