Chapter 364 Life Is Always Beyond Your Control

Chapter 364 Life is always out of one's control...

The report ended, but its influence continued to ferment.

Many top scholars were interviewed and immediately confirmed that the Riemann hypothesis had been proved.

"I have understood it all."

"I listened to the whole process from beginning to end and did not find any problems. All the logic is a perfect closed loop."

"I don't think there is any need to judge it. The Riemann hypothesis has been proved. This is a fact. But I think that the Riemann hypothesis may not be important. What is important is the high-order particle function..."

"Wang Hao is a very good reporter. His explanation is very clear. Before coming here, I didn't understand some of the content, but now I understand it all."

"Now, I can say with certainty that the Riemann hypothesis has become the Riemann theorem..."

"..."

The top scholars who were interviewed by reporters said the same thing. They recognized the content of the report very much and were very sure that the Riemann hypothesis had been proved.

This sounds normal, but it is actually amazing.

It is not easy for a report on the world's top mathematical problems to be recognized by so many top scholars.

For example, Andrew Wiles gave a report on Fermat's conjecture at the Newton Institute. After the report, champagne was opened to celebrate, but no top mathematician stood up to confirm that the content of the report was completely correct.

Later, Andrew Wiles submitted the paper, and the reviewers also pointed out several problems.

It's different now.

Many scholars who listened to the report were very sure that the Riemann hypothesis had been proved, including several Fields winners and other very influential scholars.

In fact, the difference is that Wang Hao published the paper first and then gave the report.

In addition, the paper he published is very attractive because it is not a proof of the Riemann hypothesis alone. The Riemann hypothesis is just a side result, and the research on the first problem of high-order particle function is the core.

High-order particle function is the latest research direction, which will naturally attract the attention of scholars.

In this way, many scholars will spontaneously study the content of the paper, not just to simply test the correctness of the proof.

After they have done some research, they will go to the report meeting on the proof. They only need to understand the parts they don't understand, which is relatively easy.

Facts have also proved that the scholars' judgment is correct.

Just three days later, the Institute for Advanced Study at Princeton University announced that it recognized Wang Hao's proof of the first problem of high-order particle functions and the Riemann hypothesis.

At the same time as the Institute for Advanced Study at Princeton University released the news, a spokesperson was interviewed, "The research team we established unanimously agreed that the proof is completely correct."

"The Riemann hypothesis is a thing of the past, and it will become a new theorem in mathematics."

"This is an exciting moment!"

"At the same time, we think the most valuable thing is the proof of Wang's first question on function, which also guides the study of number theory..."

After that, the Erfurt Academy of Sciences in Germany also released news to recognize the proof process.

Later, the Newton Institute, the Fenlan National Academy of Sciences, the Royal Swedish Academy of Sciences...

And so on.

Until a week later, the Clay Mathematics Institute also released news to confirm the correctness of the proof.

The speed of the Clay Mathematics Institute's confirmation is slower, but the mathematical community can understand it, because they not only confirm the proof, but also need to take out one million US dollars to award to Wang Hao as a bonus for solving the seven major mathematical problems of the millennium.

The spokesperson of the Clay Mathematics Institute said, "We are very happy to see that someone has won the million-dollar prize for the Millennium Mathematical Problem again."

"Interestingly, we have already awarded it once, and it was given to him for the NS problem."

"Now it is for the Riemann hypothesis."

"That's great, great, great... I hope we can award it more times, so that we can promote more development of mathematics..."

...

When the proof of the Riemann hypothesis was confirmed, public opinion was really heated.

Wang Hao is naturally the core of public opinion.

He has too many personal achievements in the field of mathematics. The most top achievements include the Goldbach conjecture, the NS equation problem and the Riemann conjecture. The lesser ones include the hail conjecture, the study of Mersenne primes and the proof of the Artin constant, etc.

The Riemann hypothesis is very meaningful. It belongs to Hilbert's eighth problem and is also one of the seven major mathematical problems of the Millennium.

Wang Hao personally completed two of the seven major mathematical problems of the Millennium, and also completed two of Hilbert's eighth problems - the Goldbach conjecture and the Riemann conjecture.

Therefore, many people in public opinion are looking forward to it, "For the whole world, if you want to solve the remaining mathematical problems, you still have to rely on Wang Hao!"

"There are still four Millennium problems left. I wonder which one Wang Hao will solve next?"

"Maybe it's the twin prime conjecture! Hilbert's eighth problem mainly includes three problems, Goldbach's conjecture, Riemann's conjecture and twin prime conjecture. If the twin prime conjecture is solved, Wang Hao will have solved all prime number problems."

"Now that the Riemann conjecture has been completed, Wang Hao can be said to be the 'first person in number theory'!"

The ancients said that there is no first in literature.

Even in the field of mathematics, there are many branches, and it is difficult to compare scholars in different fields.

But in the field of number theory, Wang Hao's achievements include Riemann hypothesis, Goldbach conjecture, hail conjecture, proof of Artin constant, calculation method to find Mersenne primes, etc.

Each of the above achievements is absolutely the world's top, and all added together...

Unimaginable!

So it can be clearly said in public opinion that Wang Hao is the "first person in number theory".

At the same time, there are also top mathematicians who stand up and say that the proof of Riemann hypothesis is just a "side effect", "it (Riemann hypothesis) is just highly concerned."

"But in fact, the biggest achievement is the proof of the first problem of high-order particle function. The study of its intersection line complex plane is much more important than Riemann hypothesis, and it also has great significance for the future research of number theory."

"It can be said that high-order particle function has guided a general direction of digital and prime number research, a very promising general direction!"

In addition to Wang Hao being constantly praised and sought after, Ding Zhiqiang and Qiu Huian also benefited from the influence of their achievements and became very well-known scholars. They also became the focus of hot discussions.

Although Ding Zhiqiang and Qiu Huian are only participants in the research and their contributions are certainly not as good as Wang Hao's, Wang Hao is already very famous, so there is no point in discussing it.

Ding Zhiqiang and Qiu Huian are different. They are the new focus and are still studying for their doctorate degrees. They have a lot of public opinion potential to tap.

Ding Zhiqiang is discussed the most. He has a very interesting "public opinion reversal".

In the previous report on high-order particle functions, Ding Zhiqiang stood up to explain his ideas, but even in the international mathematics community, few scholars cared about it. The public opinion was even more one-sided, thinking that it was only because Wang Hao was training students that he let students express their opinions in public.

That's all.

Now it is a "reversal" proof that Ding Zhiqiang's ideas are very important, so important that they helped prove the Riemann hypothesis.

This reversal is talked about by the public.

Qiu Huian is a little worse. He doesn't have any explosive points in public opinion. He just completed the Legendre conjecture. His personal resume is relatively better and is also considered to have "promising prospects".

The workshop of the Mason Number Laboratory.

Ding Zhiqiang and Qiu Huian were sitting together, talking about public opinion and some news reports related to themselves with excitement and excitement.

By the way, they also talked about the future.

Ding Zhiqiang said with a smile on his face, "There must be many universities inviting you, right? I also received a lot of emails."

The last sentence is the key. He then said ostentatiously, "Shuimu University Mathematical Science Center, Academician Qiu Chengwen invited me, saying that if I go there to sign a formal work agreement and work for two years and accumulate enough teaching time, I can be promoted to professor."

"There are also Capital University and Jinkai University. Maybe they know I want to go home?"

"There are also invitations from two foreign universities. Did you see it? Princeton University! They said they invited me to visit and have a work interview. I should be hired as a professor if I go there?"

"And Pennsylvania State University..."

Ding Zhiqiang kept talking. He received a lot of invitations, including high-efficiency domestic and foreign universities, some professional academic institutions, and even the Institute of Mathematics of the Academy of Sciences.

Qiu Huian said four words very calmly, "Me too."

The invitations they received were all similar.

The report just completed is too important. Not only did it solve the Riemann hypothesis, but the results of high-order particle functions are even more important and are also considered an important direction in number theory.

Domestic and foreign universities will naturally hope to invite participants to the research. Even if they are just nominal participants, their ability level is worthy of recognition.

Ding Zhiqiang and Qiu Huian are both doctoral students. They are so outstanding at such a young age. It can be said that they have a promising future.

Qiu Huian had read the email a long time ago. He did not have a choice difficulty and said bluntly, "I have made up my mind to go to Sanji University, right in my hometown." He explained, "My parents are old, my father has heart disease and high blood pressure, and my mother is not in good health. Going back to Sanji is close to home, and the treatment is not bad."

"It's a pity..."

Qiu Huian said depressedly, "Actually, I want to stay, but I am an only child. My parents are used to the environment in my hometown. Even if I ask them to come... they are not used to it."

"I can't be so selfish..."

He shook his head.

Ding Zhiqiang nodded in understanding. He didn't think about so many problems because his parents were under 50 and didn't feel any pressure at all.

But...

This excuse is very good!

"My situation is the same as yours!" Ding Zhiqiang sighed, "I am also an only child, my parents are old, and my body... cough cough, anyway, I must take care of my parents nearby."

"What a pity..."

"Really, I really want to stay in school, and you can see from the public opinion that Teacher Wang Hao values ​​me, and I also know... It's a pity."

"There is no way, life is always out of control."

"Alas~~~"

Ding Zhiqiang sighed after saying this.

...

At the same time.

Wang Hao is already in the experimental base 200 kilometers away from Xihai City.

This time, the strong annihilation force extreme pressure experiment is to be carried out. The experiment is not technically difficult. It is to turn on the device and continue to run it, and it can continuously charge the internal field force.

In a spiral magnetic field environment, the strong annihilation force field is completely attached to the surface of the internal anti-gravity field, and at the same time "squeezes the anti-gravity field", which means it has a certain impact on the internal anti-gravity field.

This influence will increase the strength of anti-gravity.

"We have done dozens of experiments and determined that in about one minute, the field force strength of 70 will increase to about 81." He Yi said the experimental conclusion, "At most, the field force charging lasted for 71 seconds, and the field force strength increased by 83."

"Later, it didn't continue..."

"Academician Wang, how long do you think the continuous charging can last? Will the field force continue to increase?" He Yi was very curious about this question. The reason why they didn't dare to let the equipment run continuously was that they were worried that the "field force charging" would bring danger.

The "extreme pressure test" to be carried out now is to continuously charge the internal field force and keep the equipment in a state of being turned on to see what will happen specifically.

Will the strength of the internal anti-gravity field continue to increase?

When is the limit?

What about F rays?

If the so-called "limit" is reached, will the intensity of the F rays produced be greatly improved?

And so on.

These may be answered in the experiment, but the experiment also has many uncertainties. For example, continuous charging may cause the internal field force to reach an extreme value, resulting in explosions and other situations.

Wang Hao thought about it carefully, "I think the internal field force will continue to increase, but there will also be extreme values."

"This may be related to the strength of the spiral magnetic field."

"Of course, this is my opinion, and we will know when the experiment begins."

There are many uncertainties in the current experiment, and the most important task is to prevent accidents and ensure safety.

In addition to some necessary safety measures, they also decided to create a relatively weak magnetic field outside the equipment to prevent gaps in the operation of the spiral magnetic field, which may cause the problem of F-ray explosion.

This weak magnetic field will deflect the F-rays and will not pose a safety threat to the personnel outside.

The experimental preparation is a series of safety arrangements, including the response to violent explosions. An underground explosion-proof facility was dug outside the base, with a depth of about 20 meters. With a lot of steel and concrete protection, explosions on the ground can also be guaranteed to be safe.

Wang Hao went to check the underground explosion-proof facilities, and when he came out and was talking to He Yi, Chen Mengmeng came over with a phone, "It's Qiu Huian."

"Qiu Huian?" Wang Hao was a little puzzled.

Chen Mengmeng said, "He said there was something very important."

"Very important? Could it be that there was some discovery in the research?" Wang Hao answered the phone with confusion, and then heard Qiu Huian talking about Ding Zhiqiang's problem.

"Ding Zhiqiang really wants to stay in school? His parents are in his hometown, so he has no choice but to go back to work?"

"Oh, I see."

Wang Hao put down the phone, and he couldn't help but feel touched. It turned out that he was his best disciple. After graduation, he hoped to stay in school and do research with him.

But it is true that life is always beyond one's control.

He can understand Ding Zhiqiang.

So he decided to help Ding Zhiqiang solve all the problems, so that Ding Zhiqiang can achieve his dream, stay in school and work with peace of mind, and devote himself to scientific research.