Genius of the Rules-Style System

The new issue of "New Advances in Mathematics", one of the four top mathematics magazines, published two papers by Zhao Yi, occupying 34 pages.

Domestic public opinion suddenly boiled.

For the domestic mathematics community, there are mathematicians who can publish papers in the four top mathematics journals. It can become big news that can be talked about in itself.

Zhao Yi published two articles in one breath, occupying more than thirty pages and one third of the new issue of the magazine.

This is quite an achievement.

One person who reported on the incident was the Capital Youth Daily. Their headline was very straightforward, "Young scholar Zhao Yi published two mathematics papers in "New Advances in Mathematics", occupying one-third of the magazine!"

The follow-up media reports simply read like this -

"The new issue of "New Advances in Mathematics" only contains Zhao Yi!"

"Zhao Yi's paper dominated "New Advances in Mathematics"!"

"Shocking: Four top mathematics journals have been captured by young scholar Zhao Yi!"

“The mathematics paper with the largest length in the top journals in China is released!”

There are all kinds of titles, no matter how exaggerated they are. Most of the initial reports are about it, and Zhao Yi's two papers occupy the space.

Public opinions on the Internet are full of exclamations, "Zhao Yi is so awesome. He published four papers in top mathematics journals in one year!"

"Prove the Kakutani Hypothesis, extend the Riemann Hypothesis, and now prove the prime solution to the three-dimensional tremor waveform diagram, as well as the twin prime conjecture?"

"Don't forget, Zhao Yi also proved Wiles wrong, and he pushed a top mathematician off the altar!"

"Attention! Attention! The second paper is related to the twin prime conjecture!

"Did he crack the twin prime number conjecture? Impossible!"

"Of course it's impossible. I read the content of the paper. Although I couldn't understand most of it, I still understand the conclusion. Zhao Yi's three-dimensional tremor waveform diagram contains a very high content of twin prime number ungrouping. He demonstrated in the paper The reason for the high unmarshalling content of twin primes!”

"In other words, is there a relationship between the three-dimensional tremor waveform and the twin prime numbers?"

"It must be so!"

"I believe that the three-dimensional tremor waveform diagram will soon be enshrined in the mathematical community!"

Public opinion is still only about Zhao Yi's paper. The focus of attention is how much space the paper occupies and how difficult it is.

Academic circles are different.

When many mathematicians studied Zhao Yi's second paper, they came to a shocking conclusion-the three-dimensional tremor waveform diagram may contain important clues about the twin prime number conjecture.

The world's mathematical community is excited.

The twin prime conjecture!

In the past two decades, the twin prime conjecture has been the most studied number theory conjecture by mathematicians, because the twin prime conjecture is considered to be moderately difficult.

If it is some low-level mathematical conjectures, top mathematicians are not willing to spend time studying them, because even if the results are studied, they will not be of much significance.

A top mathematician cracking a small conjecture is like making a research report, because there are hundreds or thousands of conjectures of the same level in the mathematics world.

Those very difficult conjectures, such as Goldbach's hypothesis and Riemann's hypothesis, are very, very difficult to crack. Even if you spend a lifetime studying them, you may not make any progress.

Therefore, many mathematicians are interested in the twin prime conjecture. This is a conjecture that is just right difficult and quite influential.

The awkward part is here.

The twin prime number conjecture is considered to be one level lower in difficulty, but it can be said that there has been no progress in mathematical research on it for hundreds of years.

It's like there is a golden mountain in front of you. The golden mountain is surrounded by sea water, but you can't find the boat that can reach it.

Now, the ship appears.

The golden treasure is right in front of us, and many mathematicians are excited about it.

The same is true in China--

"It turns out that there are clues to prove the twin prime number conjecture in the three-dimensional tremor waveform diagram!"

"If I had known earlier, I should have done more research!"

"Quick, we have an advantage!"

"Contact the Intelligence and Automation Laboratory of Yanhua University and ask them to see if they can send over all the prime number solution data they have obtained!"

"Yes, this is a must."

Yanhua University suddenly became the focus of the mathematics community. The Intelligence and Automation Laboratory received calls from various people with the same purpose, wanting them to disclose all the solutions to prime numbers.

There are also many mathematicians abroad who are looking for various ways to obtain these data.

Many mathematicians feel that these prime number solution data may be the key to unlocking the door to treasures. This is where the embarrassment lies. At present, only the Intelligence and Automation Laboratory has publicly stated that it has completed the verification of the second set of prime number solutions.

A foreign reporter went to interview a research institution that was also doing verification, and the news they got was, "We haven't started verification yet. If we use conventional methods, the amount of calculations will be very scary."

"The second set of prime number solutions is much more difficult than the first set, and the amount of calculation will increase dozens or hundreds of times."

The reporter asked whether it was possible to use computer methods to comprehensively crack the problem. The answer was, "Of course it is possible, but even Google's supercomputer can only get a few thousand solutions in a day."

"Actually, this is like calculating a Rubik's Cube. If there is no efficient method, the full coverage algorithm will increase the amount of calculation exponentially."

"Unfortunately, the Chinese team did not announce how they completed the calculation..."

"We can only confirm that the numbers they published in the paper are correct, but whether the specific conclusions are correct or not is not yet certain."

Although foreign research institutions say so, only more than 99% of domestic experts are positive about the conclusions of intelligent and automated laboratories.

the reason is simple--

Zhao Yi is a student at Yanhua University and a distinguished researcher at the Intelligence and Automation Laboratory. He is also a recognized algorithm master.

Therefore, there is more than 99% probability that the algorithm used by the Intelligence and Automation Laboratory for verification was provided by Zhao Yi himself.

Considering Zhao Yi's achievements and fame, it is impossible for him to deliberately create a false news that will definitely be exposed. Because of this, "New Advances in Mathematics" will believe the data in the paper without publishing the verification algorithm. .

Zhao Yi is on fire.

Yanhua University is popular.

The Intelligence and Automation Laboratory has become a hot spot in the mathematics world. Many top mathematicians and various trustees seek connections and put in good words, all hoping to obtain the data content of the first and second sets of prime number solutions.

This will not be made public.

Qian Zhijin and Liu Guangzuo were not dazzled by the popularity. An algorithm was provided by Zhao Yi, and they did not have the authority to disclose the data.

Once the two pieces of data were made public, no one would care about them.

Therefore, the Intelligence and Automation Laboratory only says to the outside world, "If you want to see the data, you can! Come to the laboratory!"

Then.

The building where the Intelligence and Automation Laboratory is located has a lot of top mathematicians coming in and out, and there are even many foreign mathematicians who catch flights here just to look at the data.

When they arrived, they discovered that to see the data, they not only had to apply, but also needed to get a number...queue?

There's nothing we can do about it.

There are too many people to look at the data, and there are many real big guys. The laboratory area is limited, and the only thing with data is the mainframe computer.

Others will just have to queue up.

This incident undoubtedly made Yanhua University popular. Think about it, a large number of top mathematicians came to Yanhua University to look at the data. They would definitely have some exchanges with Yanhua University before and after looking at the data.

For a time, Yanhua University seemed to have become an international holy land of mathematics.

In fact, most of the mathematicians who came here were only extremely interested in the prime number solution data of the three-dimensional tremor waveform diagram, and did not really want to take a bite of the data to find clues to the twin prime number conjecture.

This data anomaly is of great significance.

From the abnormal content of the twin prime number boundary group, it is almost certain that the three-dimensional tremor waveform diagram can be connected with the twin prime number conjecture.

The three-dimensional tremor waveform diagram was created by Zhao Yi, a student at the School of Life Sciences at Yanhua University, a professor at the School of Science at Yanhua University, and a distinguished researcher at the Intelligence and Automation Laboratory.

The increased importance of the three-dimensional tremor waveform diagram will greatly enhance Zhao Yi's influence in the mathematics community.

Many mathematicians came to Yanhua University to get to know Zhao Yi and chat with him about the three-dimensional tremor waveform diagram. Unfortunately, most of them were not able to meet Zhao Yi.

Zhao Yi hid.

In fact, Zhao Yi met with a few mathematicians at the beginning, but found that there were too many people coming every day, and even his class time was occupied, so he simply stayed in the dormitory and did not come out. Later, he simply returned to the house he bought. inside.

He regretted not publishing the third paper together, but thinking about it, there was nothing he could do. The third paper was based on the second paper, and even if it was submitted, it might not be published directly.

The third paper will be published only if the second paper is approved.

Taking advantage of the large number of mathematicians coming and going at Yanhua University, the School of Science also took advantage of the opportunity to form a ‘Mathematical Science Exchange Meeting’.

Zhao Yi served as a member and honorary president of the exchange committee. With the word "honorary", it naturally means that Zhao Yi does not need to participate in the work. He is really just a name.

Mathematicians who come to Yanhua University can communicate with others at the ‘Mathematical Science Exchange Meeting’.

The excitement at Yanhua University lasted for more than two weeks, until a foreign research institution said that they had developed a simplified algorithm and used a supercomputer to obtain the first 10 million prime number solutions for the second set of three-dimensional tremor waveforms.

They combined the contents with the first set of prime solutions and shared the results with Preston University.

Some foreign media broke the news that Preston University spent two million US dollars to buy the entire contents of two sets of prime number solutions.

This news made Zhao Yi a little depressed.

If I had known that the contents of the two sets of prime number solutions were so valuable, I would have just discussed with Qian Zhijin and sold the data directly.

Maybe……

Would Shuimu University, Capital University, or other universities be interested?

Ahem.

It’s better to do as little deceptive things as possible!