Rule department scholar

However, there are too many subjects in theoretical physics. Qiu Chengwen only has a superficial understanding of string theory and has no patience to study it.

So Qiu Chengwen couldn't understand a lot of string theory-related formulas and analysis, even involving the quality points of "custom properties". Arguing with Edward Witten, he walked out the door with a sigh.

Qiu Chengwen is not like Zhou Li. He feels that there is a big gap between himself. In fact, he thinks it is normal to not understand, because he has never studied string theory, and there must be some "research results" in it, which is even more impossible. understood.

But he still understood what the two of them were researching.

String theory, m-theory, multidimensional space, and some energy problems in particle boundary theory.

"Should it be the substance that structures the multi-dimensional space?"

Qiu Chengwen looked at a few formulas, combined with the discussion between the two of them, he could almost figure it out.

After standing by the side for a long time, he found that the two had been discussing, so he simply walked out of the room, and the senior leaders and Ruan Wenye immediately surrounded him and asked, "How is it inside?"

"They are discussing."

Qiu Chengwen pursed his lips vigorously, and continued, "The content is very mysterious."

"So, some people abroad say that the end of science is God. I feel that they are studying God..."

His tone was a little joking, and he didn't know whether he was satirizing science or the study of string theory.

Qiu Chengwen continued, "However, the mathematics in it is very powerful. Putting these mathematics together, even if they say tomorrow that they have developed an aircraft that relies on high-dimensional theoretical logic and designed to resist the gravity of the earth, I will not be surprised at all."

He is sure of its mathematical value.

Ruan Wenye stared blankly with his mouth open, then exchanged glances with the senior leaders and Qian Hong, coughed lightly and said with a smile, "I'm not surprised either."

"Ah."

"Academician Zhao, anything is possible!"

The senior leader also said something, Xindao Qiu Chengwen was indeed Qiu Chengwen, and he almost guessed right after walking around the room.

In the end, none of them spoke to Zhao Yi, because the discussion between Zhao Yi and Edward Witten was too serious. They not only discussed, but also had a lot of arguments.

When encountering a complex problem, it is easy to hold different views, because the perspectives are different, and only the mathematical logic is consistent.

The research of the two people wasted sleep and food, and they also devoted 100% of their enthusiasm, because they found the direction to solve the problem--

Anti-derivation.

Using the specification of the analytical Riemann Hypothesis and Fermat's Theorem, the mapping to the topological shape containing the mass point is deduced back.

soon.

A week passed.

There were piles of drafts everywhere in the room, and they were sitting in the middle of a large pile of drafts. Qian Hong and other assistants couldn't help to sort them out, because some drafts were not easy to find after they were sorted out, so they could just let them sort them out by themselves. .

On this day, there was a sudden shout from the room, "It's done!"

"Perfect!"

"Logic forms a closed loop!"

"This may be the most perfect job I have done in my life, it is simply a masterpiece of God!"

When people outside walked in, they saw Edward Witten holding a notebook with extremely complicated formulas written on it. He continued to shout excitedly, "That's right, God's masterpiece, I am God!"

"No!"

"We are all gods!"

"Haha~~"

Edward Witten has reason to be excited. They spent a lot of time constructing the topological expression of mass points in multi-dimensional space, which is equivalent to cracking the material form of high-dimensional space. It will be extremely important for string theory and superstring theory. Great perfection.

"This will be the third revolution of string theory!" Edward Witten excitedly said, "I'm sorry to use the word 'revolution', and everyone else said so, but I believe this 'revolution' ', will be the most successful, with the expression of the mass point, we can continue to deduce the way that the mass point breaks through three dimensions."

"Then the next step is to connect with quantum physics, crack the Higgs field, and predict the operation of particles..."

He let his imagination run wild.

These are indeed possible, the mass point expression of multi-dimensional space is constructed, and quantum physics can be connected in only one step, and then the "mathematical construction of particle core" is carried out, combining the boundary theory of particles, and string theory together, and proceeding together expanded.

If we continue our research, we will definitely involve the content of quantum physics, and we will be able to deduce some phenomena based on basic theories.

For example, particle collisions.

What happens in particle collisions?What will be detected?Where will high-intensity particle collisions discover new things?

and many more.

These can all be researched by mathematical methods, of course, the premise is that the content they construct is correct.

But in any case, it is also a huge breakthrough to continue to study the mathematics constructed so that it can be proved by actual experiments instead of pure mathematics.

Zhao Yi is also very excited, but his excitement is different from that of Edward Witten. He found the inspiration to crack the space from his research.

The core of this problem is still the mass point, and he regards the mass point as the resistance way of 'energy absorbing against space'.

After constructing the multi-dimensional shape expression of the mass point, combined with the code of the gods and the completed space barrier mathematical system, he can deduce the "morphological transformation" of the mass point when the space barrier effect occurs, and use this to complete the photon generation' The shape of the space barrier' effect.

The significance of this research is that he will know under what circumstances photons can maximize the establishment of a space barrier area, and under what circumstances they will activate the space cover to open.

and many more.

After analyzing the quality points, the expression is good, and there are too many things that can be deduced.

This will be the perfection of theory, and it will also be a huge improvement in technology.

"Maybe the anti-gravity device can be greatly reduced, and the effect can be enhanced. At the same time, it can also be realized, so that the space cover can be opened at any time..."

Zhao Yi took a deep breath.

There is one thing that he has to remind, "Edward, you made a mistake in one sentence."

"What?" Edward Witten asked puzzled.

"You say it's the great string theory achievement, and actually, I think, it's the greatest mathematical achievement, not just string theory."

"Why?" Edward Witten suddenly dissatisfied, "Zhao Yi, you still don't believe in string theory? We've all done it so perfectly."

He took out a piece of manuscript paper and exclaimed, "Look, perfect logic, amazing coincidence!"

"Yeah, you're right, it's really amazing, but you have to know that the quality point expression we made initially was based on digital logic and mathematical laws..."

"Do you understand it?"

"Just to remind you, I have proved the Fermat conjecture, and now it is called Fermat's theorem."

"..."

Edward Witten opened his mouth suddenly, and said for a long time, "That is to say, we proved the Riemann Hypothesis?"

Zhao Yi nodded affirmatively.

"..."

Edward Witten was stunned for a long time before he said, "Why can't I be happy at all? Fuck the Riemann conjecture, what I hope to be recognized by the world is string theory, it will steal the limelight!"

Zhao Yi shrugged, "It's rare, we feel exactly the same." He also didn't feel excited, because the Riemann's conjecture was only incidental, but no matter what other research is, the Riemann's conjecture will definitely steal the limelight.

The two immediately yelled together, "Go-hi-mother's Riemann conjecture!"

"fuck!"

"Bastard Riemann! Why do you have to have a conjecture, and it was proved by us..."

Ruan Wenye stood at the door and suddenly felt like crying. These two guys...

It's too Versailles!

Chapter 552 This is too irritating!

Riemann's conjecture is one of the most important mathematical conjectures in the mathematics world, and its importance is higher than that of Goldbach's conjecture, but it is not as famous as Goldbach's conjecture.

Because the latter is easy to understand, as long as there is a certain mathematical foundation, you can think to a certain extent.

The Riemann conjecture is different.

It is very difficult for ordinary people to understand Riemann's conjecture, because knowledge of complex variable functions is required. Obviously, esoteric complex variable functions are too professional, and they are not professional mathematics majors, or mathematics learning is very profound, and they are simply out of reach.

However, Riemann's conjecture still has a certain popularity, and its popularity among the public is largely derived from the propaganda at the turn of the two centuries.

For the first time in 1900, German mathematician Hilbert proposed 23 classic mathematical problems at the International Congress of Mathematicians, which had a profound impact on later generations.

Among them, the eighth question is "Riemann's conjecture and other prime number problems, including Goldbach's conjecture and twin prime number conjecture".

These three conjectures are very difficult and have not been proven in the following 100 years.

The second time was in 2000. The Clay Institute of Mathematics proposed seven "Millennium Grand Prize Problems", known as the "Seven Millennium Mathematical Problems", offering a reward of 100 million US dollars for the solution of each problem.

Among them, the fourth problem is the Riemann Hypothesis.

More than ten years have passed, and the Clay Institute of Mathematics felt very embarrassed. They failed to issue a prize, but it was not because no problem was proved, but the prover of two problems rejected their prize.

One is the prover of the "Poincaré Conjecture", the Russian mathematician Perelman, who was considered a lunatic and didn't even bother to accept the award.

The other one is Zhao Yi.

Zhao Yi solved the np problem, but also rejected the bonus from the Clay Institute. At first, he thought it was too troublesome to accept the award, but after thinking about it carefully, "Perelman didn't even accept the bonus, why should I accept it?"

Of course, it is unacceptable.

The fact that the Clay Institute did not issue a bonus actually proves to a certain extent the difficulty of the Seven Millennium Mathematical Problems.

The Riemann Hypothesis is considered to be the most difficult and also the most important conjecture.

The importance of many famous conjectures lies mainly in inspiring new ideas, and their own usefulness is relatively small, such as the Goldbach conjecture, while the Riemann conjecture can not only inspire new ideas, but also is very useful in itself.

Therefore, although Riemann's conjecture, Goldbach's conjecture and twin prime number conjecture are listed in Hilbert's eighth problem, its importance is still higher than the other two conjectures.

Professional mathematicians are very aware of the importance of Riemann's conjecture.

For example, someone once asked Hilbert, if he could return to the world after 500 years, what would he most want to ask?

Hilbert replied, "I want to ask, has anyone solved the Riemann Hypothesis?"

Now the Riemann Hypothesis has been proved.

Zhao Yi and Edward Witten shouted together depressedly, "Why is there still a Riemann conjecture!"

"It was actually cracked by the way!"

"Riemann's conjecture is really not cute, and he wants to grab the limelight..."

"Hey!"

The two sighed together.

Ruan Wenye stood at the door and listened for a long time, feeling like he was about to vomit. This was the first time he had seen such a person, and there were two of them at once.

In fact, Zhao Yi and Edward Witten were really depressed from the bottom of their hearts.

Edward Witten is because of string theory. He has never considered himself a mathematician, but a pure theoretical physicist. He focuses on the research of string theory and does not care about mathematical results.

Riemann conjecture?

Is it possible to let him get another Fields?Can it make him 'the top mathematician in history'?

Obviously not.

Edward Witten has long been one of the most famous scholars in the world. His reputation can be said to be so high that he is even considered to be "the top ten most influential scholars in the history of country m" because of his string theory The work has allowed a large number of top geniuses to continue to invest in the research of string theory, which is equivalent to guiding the direction of research and development for latecomers, and elite mathematicians.

So, he doesn't really care.

Zhao Yi is troublesome, he has too many achievements in mathematics, such as Goldbach's conjecture, Fermat's conjecture, three-dimensional tremor waveform diagram, etc. A series of achievements have long made him the "world's number one mathematician". Adding a Riemann conjecture seems to be no big deal, just icing on the cake.

Ruan Wenye couldn't understand this kind of mood, and felt depressed in his ears. He still knocked hard on the door a few times, took a deep breath and asked, "Really? Have you completed the Riemann conjecture?"

"Correct."

"should be."

"call……"

Ruan Wenye seemed to be more excited than Zhao Yi and Edward Witten, he rushed over to embrace Zhao Yi, and shouted, "Congratulations!"

He then put his arms around Edward Witten again, "Congratulations!"

"Thank you!"

A smile appeared on Edward Witten's face again.

Although it pays more attention to the work of string theory, the Riemann conjecture is the seven major problems of the millennium after all, and it is very important in the mathematics world, and it is definitely a good thing to prove it.