From Almighty Scholar to Chief Scientist

"However, may I ask why you plan to hold it in December?"

Lin Xiao smiled, then glanced at everyone present, and then said: "Because, before December, I plan to re-measure the mass of the W boson, and it happens that there are many researchers in high-energy physics My friends are all here, I wonder if anyone would like to join me?"

Hearing Lin Xiao's plan, everyone present couldn't help being stunned.

Another measurement of the mass of the W boson?

What is this for?

"Can you tell me why?"

Penrose asked curiously.

There have been many experiments to measure the mass of the W boson, and they are basically very close to the prediction results of the Standard Model, within five standard deviations.

Now Lin Xiao suddenly proposed to re-measure the mass of the W boson, why?

Lin Xiao just smiled lightly, and made a joke: "Everyone pay attention to the last two weeks of "Physical Review Letters", you will get the answer from it, of course, I will tell you a news first, we measured There should be a large gap between the mass of the W boson and the actual mass of the W boson—as long as the multidimensional field theory is correct."

The physicists present all had surprised expressions on their faces.

In the past, their predictions on the mass of the W boson were wrong, and there was a big gap between them and the actual mass?

For a moment, everyone present was stunned.

"Lin, are you sure about this?"

Penrose's face showed seriousness. Obviously, what Lin Xiao said was a very important question.

Lin Xiao smiled slightly: "If I'm not sure, I won't tell everyone here. Moreover, the W boson is the only particle that I have calculated that is too far from our current measurement value. Other particles, basically It all fit very well.”

"why is that?"

Not far away, a physicist couldn't help asking. He was George Parisi, who reviewed Lin Xiao's manuscript before, and he also came over.

Lin Xiao spread his hands and said, "Because of the multi-dimensional space!"

Previously, indecision, quantum mechanics.

Now, in case of indecision, both quantum mechanics and multidimensional field theory can be used.

Hearing Lin Xiao's answer, the people present couldn't help but look at each other.

And soon, someone realized something.

"That is to say, you have found a new method to calculate the mass of elementary particles by using multidimensional field theory?"

As this question was asked, everyone immediately looked at Lin Xiao.

In the past, they used the standard model to calculate the mass of elementary particles, and then used experiments to verify. For example, to calculate the mass of the W boson, the measured mass of the Higgs boson, Z The mass of the boson, the mass of the top quark, and the lifetime of the muon calculate the mass of the W boson.

And now Lin Xiao actually calculated the masses of these particles through multidimensional field theory?

This really surprised them. If the multidimensional field theory is the pioneering theory of the entire physics field, then the method of calculating the mass of elementary particles can be called the basic theory of high-energy physics. Lin Akatsuki has come up with such an important theory now?

All the high-energy physicists present couldn't help paying attention.

Lin Xiao smiled slightly and said, "Yes."

The physicists on the field were suddenly in an uproar.

Someone even asked immediately: "Your paper has been sent to "Physical Review Letters"? Isn't it posted on arxiv?"

"Uh, I didn't post it." Lin Xiao said.

Others shouted immediately: "Quickly post it on arxiv!"

"Yes! Post it on arxiv, we don't want to wait."

"Send it to arxiv!"

……

What kind of experience is it like to be urged to publish a paper by a group of bigwigs in the academic world?

Anyway, Lin Xiao has experienced it now.

He originally wanted the academic community to digest the multidimensional field theory for a while before dropping a bomb, but seeing everyone's enthusiasm, he had no choice but to laugh and cry: "Okay, okay, I will post it when I go back, I will post it, I originally wanted to wait until everyone had a good understanding of multidimensional field theory.”

Hearing what Lin Xiao said, everyone present couldn't help but feel helpless.

It seems to be reasonable to say so. After all, there are not many people who can understand multidimensional field theory in the entire academic world. As for the one who fully understands it, Lin Xiao is probably the only one who understands it. Now Lin Xiao extends the theory based on multidimensional field theory. A new theory has been developed, who can guarantee whether the physics community can understand this new theory?

Of course, no matter what, read it first, as to whether you can understand it, that's a matter for the future.

Let’s skip this matter, and then they discussed where the Solvay meeting will be held at that time, and about Lin Xiao’s proposal to re-measure the mass of the W boson. Scholars have expressed their willingness to join in this.

Fabiola Gianotti, chairman of CERN, also said that CERN is willing to provide Lin Xiao's research site and all data.

For this, Lin Xiao naturally expressed his gratitude. Of course, his current achievements are enough for CERN to treat him like this.

Afterwards, this brief meeting, which could be called a meeting, was over, but for Lin Xiao, the matter was not over yet.

"Mr. Lin, I am the chairman of CNRS, the French National Center for Scientific Research, Antoine Petit. Now I sincerely invite you to become our CNRS honorary scientist seat. I wonder if you would like it? This seat does not have any requirements for you. "

"Mr. Lin, I am Martin Stratmann, the chairman of the Max Planck Society of Germany. On behalf of the Max Planck Society, I invite you to be our honorary scientist. In addition, if you want, we can also set up a new physics department for you alone. The Institute is called the Institute of Multidimensional Physics, and you will serve as its director at that time, with a lifelong tenure."

"Mr. Lin, I am the Royal Society..."

"I'm……"

The highest scientific research institutions from various European countries sent invitations to Lin Xiao, hoping that he could join them, and they all gave an honorary seat.

For these organizations, it is their honor to have Lin Xiao establish a relationship with them, which can also expand their reputation.

Of course, Lin Xiao didn't refuse, and agreed to their invitation.

Chapter 191 Spy on High Dimensions with Low Dimensions!

After such a meeting, Lin Xiao successfully won a lot of honorary titles.

Later, he also received interview invitations from various media.

However, he declined all the interview invitations from these media, because he has no time to accept these interviews for the time being, and he has to go back and post his paper on arxiv, otherwise, those physicists may be in a hurry.

So after going back that day, he posted the paper on arxiv again.

……

Apparently arxiv isn't just about math papers.

The research of physics is the most, even the number of physicists is far more than that of mathematicians.

This point can be seen only by comparing the impact factors of the top journals in mathematics and the top journals in physics.

Therefore, there are quite a lot of physicists paying attention to multidimensional field theory recently.

However, when people come to arxiv and want to find Lin Xiao's "On Multidimensional Fields and Superposition of Situations", they will regretfully find that Lin Xiao did not publish this article on it, which makes Many people feel helpless, of course, this is limited to some people who want to prostitute for free, because the papers on arxiv are free, so for some people, they can read those free papers through arxiv, of course, more Many people go directly to the papers they want to read through the resources and journals purchased by institutions.

However, people also paid attention to Lin Xiao. Maybe he will publish other papers related to multidimensional field theory in the future?

And on this day, people were not disappointed, because Lin Xiao released a new paper.

And this paper is titled "Particle Models in Multidimensional Fields".

The title is very simple, but it makes everyone feel a heavy feeling.

Just like Einstein's "Relationship between Inertia and Energy of Objects", it reveals the important thing of the mass-energy equation.

Obviously, the mass-energy equation is a new formula developed based on the theory of relativity, and Lin Xiao's paper is also a new theory developed based on multidimensional field theory.

Moreover, Lin Xiao actually directly combined particles and multidimensional field theory, which made everyone pay more attention to it.

So what important truths are revealed in this paper?

What is the relationship between particles and multidimensional fields?

Everyone had this idea, even the physicists who attended the meeting that day and heard what Lin Xiao said, also had expectations, and then downloaded this paper.

And then, when they read the recap, they feel like the world has gone crazy again.

[Substituting the Standard Model into the multidimensional field theory through mathematical methods, and discussing the standard model of particles under the multidimensional field theory, we can see that in order to ensure the stability of the three-dimensional universe, there should be more standard models in the three-dimensional, four-dimensional, and five-dimensional situations. particle of:……

Finally, the mass of the current elementary particle is calculated by using the standard model of multidimensional particles. There is an error between the mass of the W boson and the actual measurement value, and the mass of three neutrinos is measured. The sum of the mass of the three neutrinos is 0.13 eV/c^2, as predicted in (doi: 10.1103). 】

Just this summary, everyone seemed to feel that the Three Views had been impacted again.

Even the physicists who had a meeting with Lin Xiao didn't expect Lin Xiao to make another big move directly.

They originally thought that Lin Xiao had just found out a new method of calculating particle mass, but they didn't expect that this new method of calculating particle mass could be called the least important content in the whole paper.

And the content in front is the most important.

The most important idea revealed here is to discuss elementary particles from a multi-dimensional perspective!

Their previous framework for discussing elementary particles has always been limited to the third dimension. Of course, this is also limited by previous theories, preventing them from discussing from more dimensions.

Now, Lin Xiao has successfully introduced the original standard model into the multidimensional field theory, and immediately combined particles and multidimensionality, so that they can understand some problems in the particle world from multidimensionality.

For example, this paper solves how the Higgs mechanism allows particles to gain mass. In the past, people only knew it, but did not know why, which is the nature of the Higgs mechanism. This paper uses Rigorous mathematical methods prove that this is also related to multi-dimensional space.

In addition, the fact pointed out in this paper makes everyone feel even more amazing, that is, the higher the dimension, the more particles it has.

Their three-dimensional space has more elementary particles than their two-dimensional space, and the two-dimensional space has more elementary particles than their three-dimensional space. Similarly, their four-dimensional space also has more elementary particles than their three-dimensional space, and the prediction of higher-dimensional space particles in the paper is even more It was a great shock to all physicists.

Doesn't this mean that their small earth civilization, even a low-level civilization in the universe that can't even explore the star system they live in, managed to spy on high-dimensional consciousness with a low-dimensional consciousness?

The previous multidimensional field theory only let them know the existence of higher dimensions, but now, they even understand the basic composition of higher dimensions.

If, just if, if there are some civilizations with relatively backward development in higher dimensions, and this civilization has not realized the development of science, does it mean that this high-dimensional civilization does not have their low-dimensional civilization? Know more about their world than they do?

Of course, although this is destined to be a conclusion of no practical significance, its significance to the entire human science is even more important.

Science has infinite possibilities, because this conclusion has been proved!

Everyone can't help but think of the author of this paper again.

Lin Xiao.

They are lucky to have such a genius in this century.

There was Newton in the eighteenth century, Maxwell in the nineteenth, and Einstein in the twentieth.

And now in the 21st century, they finally have a top scientist who can challenge their predecessors.

Amid thousands of emotions, all scholars came to the Internet or in their own circles to publicize this great achievement to everyone.

In order to show its importance, "Physical Review Letters" put "On Multidimensional Fields and Their Superposition of Situations" and "Particles in Multidimensional Fields" together separately, and reissued a special issue.

At the beginning, Einstein published the theory of relativity in the "Physical Yearbook", which directly made the "Physical Yearbook" reach the pinnacle and became the world's top physics journal.

Physical Review Letters is already one of the top physics journals, and now that Lin Xiao's two papers are published in their journal, this will even allow them to remove that 'one', although it may only be temporary Yes, but it obviously also has extraordinary significance to them.

As for the two top journals of "Nature" and "Science", even if Lin Xiao did not publish the papers on their philosophy, they still invited top physicists to give a large introduction to these two papers, even "Nature" " also published multidimensional field theory as the cover of the current issue, but "Science" did not do so, and it is said that its editorial department was also trained.

"Time Magazine" also published the process of interviewing Edward Witten before, and accompanied it with the title: "Peeping High Dimensions with Low Dimensions".

All in all, the media all over the world once again rushed to report this new achievement, and even the lace news reported this news to catch the heat.

Of course, in Huaguo, the reaction to this incident was even more intense and enthusiastic.

Almost all official media reported on this matter, and proudly declared to people that this is the theory of relativity put forward by their Chinese people!

[Hua people's own theory of relativity! 】

[Lin Xiao, a Chinese mathematician and physicist, reveals the secret of multidimensional space]

[A Feast for the Physics World!Multidimensional Field Theory! 】

[Our country has produced the world's top physicist again, multi-dimensional field theory to spy on the mysteries of high and low dimensions]

【Shock!He published a paper, unexpectedly...]

……

"Just kidding, what is Huaguo's own theory of relativity, the multidimensional field theory is the multidimensional field theory, and there is no need to compare it with the theory of relativity."

Going to Peking University, Professor Zheng Ren shook his head as he looked at the headlines reported by the media on the Internet.

Multidimensional field theory does not need to use the theory of relativity to show its status. Physicists all over the world know the importance of multidimensional field theory, especially the release of Lin Xiao's second paper now, which brings evidence to this point.

Calculations were performed for seventeen particles, and except for three neutrinos for which no actual test data could be confirmed, thirteen of the other fourteen particles were very close to previous measurements.

And its calculation of the mass of the W boson pointed out that there is a gap with their previous measurement results.

Which of these achievements does not surprise the physics community?