From University Lecturer to Chief Academician

Xihai University, Mason Mathematical Sciences Laboratory, Director's Office.

Bill Carr, Paul Phil-Jones, Helen, Zhang He and others were all there, and they were talking about the research they had just completed.

Bill Carr was sighing again and again, "This research is too important. I never thought that one day, I would be able to participate in such a theoretical study of physics."

"And it's fast."

Zhang He said excitedly, "I thought it would take a long time, but I didn't expect it to end in half a month. It feels like a lot of progress is being made every day."

Helen corrected, "It's not a feeling, it's the fact."

"yes."

Chen Mengmeng also said, "I didn't do anything, I just did some theoretical mathematics work with Mr. Jones."

Paul Phil-Jones said, "This is the magic of annihilation theory. We can use new theories to explain new physical phenomena, and we can have a lot of room for imagination. But I don't think it's pure imagination. The 2.5-dimensional topology The argument is likely to be correct."

Bill Carr said, "If that argument is true...it's scary!"

He finally gave it a 'terrible' rating.

Even if they all participated in the study, it is not sure whether the conclusion is correct. Because they are doing purely theoretical research, they only analyze it by means of mathematics and physics, and whether it is correct or not needs to be proved by experiments.

The only one who can be sure is correct is Wang Hao.

When Wang Hao walked in from the outside, everyone in the office looked over immediately, and Bilkar immediately asked, "Has the paper been submitted to "Cosmos and Microphysics?"

"Yes, I think this physics journal is not bad."

"When will it be published?"

"No accident, it should be next week." Wang Hao added uncertainly, "If it is not published next week, I will submit it to other journals next time."

Bircar nodded listening.

Others in the office sighed and gave Wang Hao their thumbs up.

The "Universe and Microphysics" that Wang Hao said is like a small periodical.

In fact, "Cosmos and Microphysics" is a physics academic journal that cooperates with CERN. The influence ranking of physics journals has long been in the top three international ranks.

For journals of this level, manuscript review is very strict, and it is an honor for the author and the research team to have a paper published on it.

But for Wang Hao, it's just a simple choice. The content of his submission doesn't even need to be reviewed, and he can jump in the queue and publish it in the next issue.

After Wang Hao returned to the office, he first made a cup of coffee, then sat down and talked about research issues with others.

It took them only half a month to complete the research, but the results were huge.

That's no small study.

Birkar sighed and said, "When it is actually published next week, it will probably cause a big shock in the international physics community, right?"

"The whole world will be shaken..." Paul Phil-Jones' tone was a little excited.

He imagined the situation at that time, and his whole body seemed to tremble.

Helen thought about it and said, "The most important thing is the explanation of wave-particle duality, right? Although there is only a little content, it is a completely new explanation."

Bill Carr said, "The definition of the communication gravity field is also very important, but it is really not as good as the wave-particle duality. After all, the communication gravity field is a brand-new research, and the wave-particle duality problem has always troubled the physics world."

Everyone else nodded in agreement.

What they are doing is the research of photon structure, but at the same time, the 2.5-dimensional explanation in the content also brings out the problem of wave-particle duality.

The 2.5-dimensional structure may be unstable in the 3-dimensional space.

So how to make the 2.5-dimensional structure exist stably? Their explanation is that 'two-and-a-half-dimensional' structures can be linked together.

When studying a large number of photons, such as a beam of light, because of the correlation of the photon's "two-and-a-half-dimensional" structure, the light will show the behavior of a wave.

Conversely, light behaves in a particle state when studied as individual photons.

This is the explanation for the duality of fluctuations in the study.

To put it simply, the 2.5-dimensional structure of a single photon will be related to the 2.5-dimensional structure of other photons.

When studied in groups, it is affected by correlations, making light behave like a wave, while when studied with individual photons, light behaves like a particle.

This part does not contain much content, the main reason is that they cannot determine the 2.5-dimensional structure, and only use mathematics as a qualitative description, but the influence must be the greatest.

It is precisely because of its influence that Paul Phil-Jones is very excited. The mathematical structure related to the 2.5-dimensional content is completed by the group led by him.

His group is the 'Quantum Physics Group', and other members include Helen, Chen Mengmeng, and Xu Jie.

Others also made some contributions, but the overall structure was still completed by him.

"I just don't know if the statement about the duality of fluctuations is correct..."

"It would be great if it can be verified experimentally, but unfortunately, it is unlikely to be possible in a short time."

This makes Paul Phil-Jones feel a little regretful, but after all, it is a study of theoretical physics, and it is normal that it cannot be verified.

This is much better than the old string theory.

When studying string theory, some complex mathematical content is made, and even when you know that you are alive, it is impossible to be verified.

At least there is hope now...

...

Editorial Office of Cosmos and Microphysics.

In the morning, Dudek Muller arrived at the office, made himself a cup of coffee, took a sip, turned on the computer, and then noticed a submission email.

Wang Hao's email address has long been noticed, and incoming emails will be marked red.

When Dudek-Müller saw Wang Hao's name, he suddenly became energetic. He immediately opened the email and downloaded the attached paper.

""Photon Research: 2.5D Topological Framework"?"

"This research is aimed at the new discovery that the speed of light in the exchange gravitational field decreases?"

As the editor of a top physics journal in the world, Dudek-Müller will naturally pay attention to the latest discoveries in the physics world, and because of this, he will feel very shocked.

The experimental group at Cornell University has just discovered the phenomenon of light speed reduction in the AC gravity field. As a result, Wang Hao has completed the corresponding theoretical research?

impossible?

Dudek Müller was very surprised.

He subconsciously wanted to read the content, and then suddenly remembered something, and immediately sent a message to the editor-in-chief Resal, "There is a contribution from Wang Hao, do you want to publish it directly on our website?"

soon.

Resal came over in person. He looked at the papers on the computer, opened them and glanced at the content, and found that many of them were obscure mathematics. After thinking about it, he said, "Shouldn't it be used? Our new issue Just next week, along with the other papers."

"Are you sure, Mr. Resal?"

Resal hesitated for a moment, nodded and said, "That's it, it should be fine. I'll send an email to Wang Hao."

In fact, Resal was also a little uncertain. He asked Dudek Muller to send the paper, and then read the content carefully. Knowing that he couldn't figure it out in a short time, he simply sent an email to Wang Hao, "Wang Hao Hello doctor.

We have received the paper, may I ask, are you in a hurry to publish it?

Here, let me explain. Because the next issue of "Cosmos and Microphysics" will be released next week, and you only need to wait another eight days.

If you are in a hurry to post, please do reply to the email and I can arrange..."

Resal explained a lot of stuff with the utmost sincerity.

After the email was sent, he let out a long breath, and couldn't help cursing Bruce Pulitzer inwardly.

Nowadays, many top mathematics and physics journals do not have any favorable impression of Bruce Pulitzer, because Bruce Pulitzer and "New Advances in Mathematics" constantly break the industry rules of academic papers in order to allow Wang Hao to publish papers .

Last month, "New Advances in Mathematics" broke the industry rules again, and even published Wang Hao's paper directly on the main website, as if treating "New Advances in Mathematics" as a temporary transit station.

This is simply not about Wude!

It has greatly lowered the lower limit of academic journals and greatly intensified the industry's involution!

think about it...

In the beginning, Wang Hao's papers were only reviewed expeditedly, and then he started to jump in the queue for publication, but now it has been published urgently, and the submissions do not need to be reviewed at all, and are directly placed on the website.

Isn't this the 'volume' on the essay service?

"New Advances in Mathematics" gave Wang Hao the treatment of direct publication, what about other journals that received Wang Hao's contributions?

They can only give corresponding treatment.

Otherwise, Wang Hao will submit to other journals next time!

That is unacceptable.

Resal looked at the mailbox a little anxiously, fearing that he would receive a 'dissatisfied' email from Wang Hao, and couldn't help cursing again, "Damn Pulitzer!"

Resal was promoted step by step from a small editor at the bottom to become the editor-in-chief of the journal. His academic level is not bad, and it can even be said that it is far superior to the average PhD in mathematics and physics.

When he really paid attention to the content of the paper, he knew that the research was aimed at the new discovery of the reduction of the speed of light at Cornell University.

After reading it bit by bit, he couldn't understand some of the complex mathematics, but he still understood what he was talking about.

In one morning, Resal understood the subject of the paper, which was to construct the topology of photons.

The so-called "topological form" is actually the form displayed by photons in the universe, and the topological process refers to the combination of mass units into photons, which will be immediately affected by the annihilation force, so that the photons show a topological state.

"The topological state is a dot combined with a 2.5-dimensional tail... that should be the meaning."

"After constructing the photon topological state, the conclusion was drawn through mathematical framework and derivation—the speed of light in the AC gravitational field is related to the field strength."

"The higher the field strength, the lower the speed of light, but they are not directly inversely proportional to each other."

"When the exchange gravitational field strength reaches 50%, the speed of light will drop by about 15%. This conclusion..."

"Also, if the exchange gravity field reaches 100%, will the wave-particle duality be redefined?"

"What conclusion is this?"

"That is to say, in a 100% state, the photon will lose its wave characteristics?"

"this……"

After reading the main content, Resal felt very incredible.

Many physical theories seem unbelievable to people, but Resal feels that what he sees in front of him expands the unbelievable to the maximum.

Because, the content could be true!

Like string theory, which describes an eleven-dimensional space, it is of course incredible, but most people don’t believe in string theory, especially the high-dimensional description, which is too far removed from reality.

Wang Hao is different. Most of his research can be confirmed by experiments.

The current research content can be expanded accordingly, and it may be proved by experiments in the future.

So is it right, or wrong?

Resal didn't know.

All he knows is that no matter whether the content is correct or not, the paper will definitely be published, and by then, it will attract huge international attention, right?

The attention this time is definitely more popular than the last prediction particle!

Even if new particles are discovered, it’s actually not a big deal. In the past few decades, the number of new particles discovered has been countless.

Now it is the study of photons, and explains the wave-particle duality in a new way that ordinary people can understand, instead of the traditional "quantum theory", "Schrödinger equation theory", and "De Broglie wavelength".

This will definitely cause shock in the international physics community.

When Resal thought of this, his mood became much better, and he sent an email to Wang Hao in a low voice, in exchange for such a major research paper.

It's all worth it!

...

Recently, many scholars in the international physics community are still talking about the new discovery of the experimental group of Cornell University about the reduction of the speed of light in the exchange gravitational field.

It was clear to everyone that the significance of the new discovery was enormous, and that it might imply new laws of physics.

Every physicist involved knows what to do when a whole new physics is presented.

Almost all the research groups that communicate the gravity are ready to start the related research.

Some large-scale physical institutions, which have not conducted research on communication gravity before, are also planning to set up communication gravity experiment groups, and the main research direction is the characteristics of communication gravity field.

For many physics establishments, the pull of anti-gravity is not that high, but the pull of a whole new physics is too high.

The lifelong pursuit of physicists is to explore the mysteries of the universe and reveal the most essential laws of the universe.

Why does the speed of light decrease when the gravitational field is exchanged?

There are too many contents that can be studied, and there must be knowledge of new physics in it. Some physicists clearly said, "If you can solve the mystery of it, you will be awarded a Nobel Prize."

"No, even just cracking a little rule is enough to win a Nobel Prize."

"That's brand new physics!"

Some scholars also asked, "Is the law related to the annihilation force?"

This statement has won the support of many people.

The current annihilation theory is no longer what it used to be. Many scholars have recognized the existence of annihilation force and are actively investing in the research of annihilation theory, but because the time is too short, no heavyweight results have appeared.

When a new physical phenomenon is discovered, they are already sharpening their swords.

At this time, the journal "Cosmos and Microphysics" published a paper titled "Photon Research: 2.5-D Topological Framework", which immediately attracted the attention of the entire physics community.

"Wang Hao's research group?"

"Paul Phil-Jones, Zhang He, Bill Carr... There is a large list of thanks below, which should be the entire research team."

"Photon architecture?"

"It can also study the structure of photons..."

When the paper was really unable to be published, a large number of physicists began to analyze the content in the future.

For a while, the international physics community fell silent.

But the silence was just the foreplay of the explosion. After just half a day, the international physics community suddenly boiled up. "It is really a description of the photon structure, and there is also an expression about the wave-particle duality."

"I understand it. It seems to mean that the 2.5-dimensional structure makes light show the characteristics of waves."

"In this way, can it be extended to all electromagnetic waves, even electronic waves..."

"If photons have a 2.5-dimensional structure, then theoretically, all energy and matter will have a 2.5-dimensional topological structure."

"What is certain is that the expression of wave-particle duality in it is brand new, never before..."