Mathematics is the foundation of physics.

The operation of the entire universe is covered in mathematical laws, even in the laws of numbers. The three-dimensional tremor waveform chart contains a large number of the most interesting and difficult to understand prime numbers. Many world-class conjectures are directly related to prime numbers. So far, humans have not yet been able to crack the mystery of prime numbers.

Every new discovery and every new progress related to prime numbers will be world-class mathematical achievements and will also represent the progress of mathematical research.

A three-dimensional tremor waveform chart, if it is assumed to be limited, will have a head-to-tail cycle, which is definitely not just a coincidence.

This is like an irrational number, with no rules at all in the following numbers. If it is limited, a cycle between the beginning and the end will be reached, which is an incredible number.

Not to mention, three-dimensional tremor waveform diagrams with great significance in the field of prime numbers.

Zhao Yi even believes that when the three-dimensional tremor waveform chart assumes a closed loop, the first cycle law may even contain the mystery of the universe. His mood becomes very excited and looking forward to it.

So he stayed in the Intelligence and Automation Laboratory for a long time, and waited until Liu Guangzuo, Zhang Rongkun and Zhou Li.

They have been doing research in the School of Science and have taken time to go out for a meal.

When he learned that Zhao Yi was waiting in the laboratory, several people came back immediately.

Zhao Yi asked about the research on the three-dimensional tremor waveform chart, and then talked about his idea of ​​proof, "The problem you are facing now is that the proof is incomplete."

"I think we can start with the hyperbolic function, put the rules you have discovered into a hyperbolic function, and then do the graph of this hyperbolic function."

"Finally, it proves that its topological form is a hollow sphere."

"I think your research direction is correct, the results are also correct, and this research is very meaningful."

Several people were very excited to get Zhao Yi's affirmation.

They were originally confident in the research and knew it was a world-class achievement, but they still encountered problems in the proof process and were always discussing solutions.

In fact, it was Zhang Rongkun's leading proof, and he also discussed with Zhou Li. Liu Guangzuo from the Intelligence and Automation Laboratory discovered that when Liu Guangzuo was using computer methods to make three-dimensional tremor waveform graphs, because the graphics are infinite, he suddenly thought of a method that assumes finiteness and did some simple mathematical work.

After making a series of assumptions, he found that the result was very interesting, so he told Zhou Li about it. Zhou Li didn't understand analytical number theory, so he found Zhang Rongkun and started talking.

Zhang Rongkun graduated from the Department of Mathematics of Shuimu University and is considered to be a top mathematics genius. He has no experience in studying abroad, but his personal ability is very strong. After graduation, he decided to work at Yanhua University, mainly because Yanhua University has developed well and the level of the mathematics center is almost up to Shuimu University, which is still very attractive.

When Zhang Rongkun arrived at Yanhua University, he was directly hired as an associate professor at the Center for Mathematics. It took only half a year to be promoted to professor with several personal studies.

Now Zhang Rongkun has become one of the pillars of the Mathematics Center of Yanhua University.

Zhang Rongkun is very knowledgeable about analytical number theory and knows a lot of knowledge in other fields. When he heard what Liu Guangzuo and Zhou Li said, he did not think it was just a coincidence, and immediately started a series of research.

After conducting relevant research, Zhang Rongkun quickly discovered that the direction was correct, because many derivations could be correlated.

Although they have not yet fully proved, they are already very confident in the results.

Now that Zhao Yi's affirmation has come, Zhang Rongkun has become very excited. He is indeed a math genius, young and has a bright future, but compared with Zhao Yi, the gap is too big.

In the field of mathematics, Zhao Yi has long surpassed his ancestors and became the top mathematician in history.

No, one.

What's more, the three-dimensional tremor waveform diagram was shaped by Zhao Yi using the Riemann conjecture, and the Riemann conjecture has also been proved by Zhao Yi. In other words, the three-dimensional tremor waveform diagram is not a conjecture, rather than a certain special function containing a large number of prime numbers.

With Zhao Yi's guidance, Zhang Rongkun also knew the direction of the subsequent proof, and the completion of the proof seemed to be in front of him.

At this time, Zhao Yi affirmed their research, and this will become the top achievement in the mathematics community."

"I suggest you can publish the Chinese version in the Journal of Mathematics and Physics, and the English version can be published in top foreign magazines, such as "New Progress in Mathematics". If it is the Journal of Mathematics, you need to wait."

"If you are going to publish in "New Mathematics Advances", I can say hello to the other side to make the review process faster."

"The same goes for the Journal of Mathematics and Physics. Please fill in my name for the reviewer."

Liu Guangzuo asked curiously, "Can Chinese and English be developed and published separately?"

"It's normal," Zhao Yi said with a smile, "I'll have no problem if I go and say it."

Even if he has not made math-related submissions for a long time, his face is still very valuable, and the mathematical results he specifically talks about will definitely be world-class and will not refuse any magazine.

Several people were relieved and became very excited.

This is the world's top mathematical achievement, and it is a result of prime numbers and analytical number theory. It is very, very rare and very important.

Every year, many mathematicians publish new processes, but the results of pure mathematics are relatively small, and most of them come from those fields that are "easy to produce results".

For example, the study of partial differential equations.

Many mathematicians have been studying partial differential equations all their lives.

Zhou Li is one of them.

There can be many achievements in this field, and a specific solution to nonlinear partial differential equations will become a good result.

The field of analytical number theory is the most well-known but hardest to achieve results.

Several world-class mathematical conjectures come from the field of analytical number theory, including the Goldbach conjecture, Fermat conjecture, twin prime conjecture, etc.

The current research is about mathematical progress in the field of analytical number theory or the field of prime numbers, which will definitely be a very influential result.

Several people were excited.

When Zhao Yi left that day, it was already very late. The next day, he wanted to sleep in, but he still had to get up.

Because there is news from the Z wave experimental group.

They found a manufacturer specializing in the production of stoves and directly purchased three vacuum furnaces.

This vacuum furnace can create a vacuum environment of 1.5 cubic meters.

Although it is only 1.5 cubic meters, which is a bit different from four cubic meters, three can be stacked together. The experimental group came over to ask if this method can be used for experiments.

Zhao Yi thought about it carefully but there was no problem. The experiment was not about studying whether Z-waves could be transferred, but about the issue of particle transmission.

He went to the experimental base.

The experimental base has begun to prepare, and vacuum manufacturing equipment is just the foundation. They need to install a lot of equipment around them and plan the entire experiment process.

Zhao Yi participated in the experimental preparation process. He guided how to conduct the experiment and made some requirements for the testing equipment.

Because it is just a small Z-wave test, it does not require special accumulation of electricity, and the experiment preparation does not take much time.

After the preparations for the day were over, the experiment was scheduled to be carried out the next morning. When the next morning, the experiment base welcomed guests.

It should not be said to be a guest, but a person who wants to join the Z wave group.

There were more than a dozen people coming, all of whom were from the Institute of Special Physics and Science and Technology. The leader was a female physicist named Yan Rong.

Yan Rong is 61 years old and is also an academician of physics in the Academy of Sciences.

This time, Yan Rong led the team and asked everyone to join the Z wave group. They joined the Z wave group's "Covering Area Physical Characteristics" research project.

This research project has just begun, and Yan Rong led the first group of people to join.

The research project of ‘Physical Characteristics of Covering Areas’ is very large. The first few batches of people will participate in the construction of relevant research rather than directly participating in the research. Because it is impossible to conduct relevant research without a large amount of construction and preparation.

It's a bit like a particle collider project.

In the particle collider project, the first thing to do is to see an example collider before conducting a series of experiments.

The same is true for the research project of 'Physical Characteristics of Coverage Areas'. First, we must build relevant facilities, equipment, and large Z-wave generators, as well as related power supply facilities.

In specific locations in the west, large power plants have begun to be built, and then as the "covering area physical characteristics" project is launched, a town will definitely develop around the surrounding area.

Yan Rong rushed over. They originally planned to arrive in the afternoon, but when they heard that Zhao Yi was in the experimental team, they immediately changed the plan and came over early.

Zhao Yi knew the reason why Yan Rong's team arrived, so he talked to her about the experiment he was preparing to conduct. "It just so happens that we are going to conduct an experiment, and it is a very important experiment. We want to compress space by Z waves, and whether it will have an impact on the transmission of space connections."

Yan Rong suddenly became interested when she heard this, "I seem to have heard of this research. Are there any results?"

Ruan Wenye said with some regret, "We have done several experiments, but nothing has been discovered. I hope we can discover it today. This time we have made more preparations. We have also prepared a vacuum furnace."

"Team leader Ruan, talk carefully."

Next, Ruan Wenye carefully explained the purpose of the experiment and the preparation of the experiment.

Yan Rong asked, "Will there be any results today? What do you think? Academician Zhao?"

Zhao Yi said, "I think there should be a result. From a theoretical perspective, the compression of Z waves on space will definitely have an impact on space transmission."

"This impact may be multifaceted, such as Z-wave being transmitted, just like a concentrated satellite transmitting light energy, but our experiment today cannot verify this because it is affected by many items."

"In addition, it may have an impact on energy transmission, such as increasing the transmission energy, and for example, there may be a situation where matter transmission may occur."

"Material Transmission?" Yan Rong immediately grasped the point.

Zhao Yi said, "It's just that there is a possibility, so we use a vacuum furnace to test it."

Yan Rong didn't care after hearing this, mainly because the material transmission was too science fiction, which was something that she didn't even dare to think about.

Ruan Wenye didn't care. He even thought there would be no results, because he had done several experiments before, and it was really hard for him to believe what kind of material transmission was.

The experiment officially begins.

A group of people were standing about one hundred meters away from the vacuum furnace. Theoretically, even if this wave was transmitted, it would not affect so far.

This time, Zhao Yi did not watch the Z-wave compression scene up close because he knew that he could see nothing and would not get any results.

Although the experiment has been prepared for a long time, it is actually just a small experiment. Just like last time, it is to turn on the space connection device first, and then use the Z-wave generator to compress and cover the range.

After turning on the space connection device, Zhao Yi suddenly waved his hand and asked for a pause, "Stop, stop for a while, let someone take away the metal in the coverage area and increase the Z-wave compression ratio."

"It's a bit of a waste!"
To be continued...