Westhai University, Mason Mathematical Science Laboratory, Director's Office.

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

Billkar sighed, "This research is so big. I never imagined that one day I would be able to participate in such a physical theory research. 「

"And fast."

Zhang He said excitedly, "I thought it would take a long time, but I didn't expect it to be over in half a month, and it feels like a lot of progress every day."

Helen corrected, "It's not a feeling, it's just that."

"yes."

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

Paul Phil-Jones said, "This is the magic of the 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, and the argument for a two-point five-dimensional topology is probably correct."

Bill Carr said, "If that argument is correct...... It's scary!"

He ended up with a "terrible" assessment.

Even if they were all involved in the study, it was uncertain whether the conclusions were correct. Because they are doing purely theoretical research, they only use mathematical and physical means to analyze, and whether they are correct or not still needs to be proved by experiments.

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

Wang Hao walked in from outside, and the people in the office immediately looked over, and Bill Carr immediately asked, "The paper has been submitted to Cosmology and Microphysics."

"yes, I think this physics journal is pretty good."

"When will it be published?"

"If nothing else, it should be next week." Wang Hao added uncertainly, "If I don't publish it next week, I will submit it to other journals next time."

Bilkar listened and nodded.

The others in the office gave Wang Hao a thumbs up with a sigh.

Wang Hao's "Universe and Microscopic Physics" is like a small journal.

In fact, "Cosmic and Microscopic Physics" is a physics academic journal in cooperation with CERN, and the influence ranking of physics journals has long been among the top three in the world.

In journals of this level, the 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, and the content he submitted doesn't even need to be reviewed, and it can be published directly in the next issue.

After Wang Hao returned to the office, he first brewed a cup of coffee, sat in his seat and talked to others about the research problem.

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

That's not a small study.

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

"The whole world will shake with it...... "Paul Phil-Jones' tone was tinged with emotion.

He imagined what it would be like when he was going to tremble.

Helen thought for a moment and said, "The most important of these is probably the explanation of wave-particle duality, although it is only a little bit of content, but it is a completely new explanation."

"The definition of the AC gravity field is also important, but it really doesn't compare to wave-particle duality, which is a new study, and the problem of wave-particle duality has been plaguing the physics community."

Everyone else nodded in agreement.

They are doing research on photonic architectures, but at the same time, the two-point and five-dimensional interpretation of the content also brings up the problem of wave-particle duality.

A two-point five-dimensional architecture that exists in three-dimensional space may be unstable

So how to make the two-point five-dimensional architecture stable and exist? Their explanation is that "two-point-five" structures can be connected together.

When conducting studies of large quantities of photons

, for example, a beam of light, because of the correlation of the "two-point five-dimensional" structure of photons, the light will exhibit the behavior of waves.

Conversely, when a single photon is studied, light exhibits a particle state.

This is the explanation for the fluctuation duality in the study.

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

When doing a population study, it is affected by the correlation so that light exhibits the properties of waves, while when doing a single photon study, light exhibits particle behavior.

This section doesn't contain much content, mainly because they can't determine the two-point five-dimensional structure, and they only describe the properties mathematically, but they are certainly the most influential.

It is precisely because of his affirmation of its influence that Paul Phil-Jones is very excited that the mathematical framework related to the two-point five-dimensional content is completed by the group he leads.

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

Other people also contributed to a certain extent, but the overall structure was still done by him.

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

"It would be nice if it could be verified experimentally, but unfortunately, it's unlikely that it will be in a short period of time."

This made 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.

It's a lot better than the string theory of the past.

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

At least there is hope for now......

……

Editorial Department of Cosmology and Microphysics.

Dudek Mueller arrived at the office in the morning, made himself a cup of coffee, took a sip, turned on his computer, and noticed a submission email.

Wang Hao's email address has long been noticed, and the email sent will be red.

Dudek Müller suddenly changed his mind when he saw Wang Hao's name, and he immediately opened the email and downloaded the attached paper.

"Photonic Research 2.5D Topological Architecture"

"This study is aimed at the new discovery that the speed of light decreases in the alternating gravity field?"

As the editor of a top international physics journal, Dudek Müller naturally pays attention to the latest discoveries in physics, and because of this, he feels very shocked.

The experimental group of Cornell University has just discovered the phenomenon of the decrease in the speed of light in the alternating gravity field, and as a result, Wang Hao has completed the corresponding theoretical research?

Impossible, right?

Dudek Müller was amazed.

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

Soon.

Resal came to him himself, he looked at the paper on the computer, opened it and glanced at the contents, found that a lot of it was obscure mathematics, thought about it for a while, and said, "Probably not, right? Our new issue will just be published next week, along with other papers."

"Are you sure? Mr. Ressar?"

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

In fact, Resar was also a little unsure, he asked Dudek Mueller to send the paper, and then looked at the content carefully, knowing that he couldn't figure it out in a short time, so he simply sent an email to Wang Hao, "Hello, Dr. Wang Hao.

We have received the paper, please, are you in a hurry to publish it?

Here, I explain. Because the next issue of "Universe and Microphysics" will be released next week, and it only takes another eight days to wait.

If you're in a hurry to post, be sure to reply to the email, I can arrange ......."

Ressar explained a whole lot with great sincerity.

After the email was sent, he let out a long breath

tone, I couldn't help but curse Bruce Pulitzer in my heart.

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

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

This is simply not about martial arts!

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

Think about it......

At first, Wang Hao's paper was only reviewed urgently, and then he began to cut the queue for publication, but now it has become an urgent publication, and the submission does not need to be reviewed at all, and it is directly placed on the website.

Isn't this the "volume" of the dissertation service?

"New Advances in Mathematics" gives Wang Hao the treatment of direct publication, what about other journals that receive Wang Hao's submission?

They can only give corresponding treatment.

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

That's unacceptable.

Ressar looked at the mailbox a little anxiously, lest he receive an "unsatisfied" email from Wang Hao, and couldn't help but curse angrily again, "Damn Pulitzer!"

Ressar was promoted from a small editor at the bottom to the editor-in-chief of the journal step by step, and his academic level is not bad, and it can even be said that he far exceeds the average doctor of mathematics and physics.

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

When he looked at it little by little, he couldn't understand some of the complex mathematics, but he still understood what it was talking about.

In one morning, Ressar understood that the topic of the paper was to construct the topological morphology 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 immediately be affected by annihilation forces, so that the photons exhibit topological states.

"A topological state is a dot that combines a two-point-five-dimensional tail...... That's what it means."

"After constructing the photonic topology, we also came to the conclusion through mathematical construction and derivation that the speed of light in the AC gravity field is related to the field strength."

"The higher the field strength, the lower the speed of light, but there is no direct inverse relationship between them."

"When the strength of the AC gravity field reaches 50%, the speed of light will drop by about 15%, this conclusion ......"

"Also, when the AC gravity field strength reaches 100%, wave-particle duality will be redefined?"

"What's the conclusion?"

"In other words, at 100% of the time, photons lose their wave properties?"

"This ......"

After reading the main content, Resal felt very incredible.

Many physical theories feel incredible, but Resar feels that what he sees in front of him expands the incredible to the maximum.

Because, the content may be true!

For example, string theory, which describes the eleven-dimensional space, is of course incredible, but most people don't believe in string theory, especially the content of high-dimensional descriptions, which is too detached 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 able to be experimentally proven in the future.

So is it right or wrong?

Resar didn't know.

All he knows is that regardless of whether the content is correct or not, the paper will definitely be published, and when the time comes, it will attract huge international attention, right?

This time the attention is definitely hotter than the last prediction!

Even if new particles are discovered, it's not a big deal, and the number of new particles discovered in the past few decades is uncountable.

Now it's photon research

and to explain wave-particle duality in a new, understandable way, rather than the traditional "quantum theory", "Schrödinger equation theory", "de Broglie wavelength".

This is sure to shake the international physics community.

Thinking of this, Ressar's mood became much better, and he sent an email to Wang Hao in a low voice, in exchange for such a major research research paper.

It's all worth it!

……

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

Everyone is well aware that the significance of the new discovery is very significant, and there may be new laws of physics in it.

When a new physics is in front of us, every physicist involved knows what to do.

Almost all research groups on AC gravity are ready to start researching it.

Some large physical institutions have not conducted research on alternating gravity before, and they are also preparing to set up an alternating gravity experimental group, and the main research direction is the characteristics of alternating gravity field.

For many physical institutions, the attraction of anti-gravity is not that high, but the attraction of a new physical force is too high.

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

AC gravity field, why does the speed of light decrease?

There is so much to study that there must be new physics in it, and some physicists have made it clear that "if you can solve the mysteries, you will be able to win the Nobel Prize."

"No, even a little bit of breaking the rules is enough to win the Nobel Prize."

"That's new physics!"

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

This statement has gained a lot of support.

Many scholars have recognized the existence of annihilation power and actively devoted themselves to the study of annihilation theory, but because the time is still too short, no heavyweight results have appeared.

When new physical phenomena are discovered, they are already sharpening.

At this time, the journal "Cosmological and Microscopic Physics" published a paper entitled "Photon Research: A 2.5-Dimensional Topological Architecture", which immediately attracted the attention of the entire physics community.

"Wang Hao's research group?"

"Paul Phil-Jones, Zhang He, Bill Carr...... There's a whole list of acknowledgments below, probably an entire study group."

"Photonic architecture?"

"It is also possible to study the architecture of photons......

When the paper really couldn't be published, a lot of physicists began to analyze the content.

For a time, the international physics community fell silent.

But the silence was just the foreplay of the outbreak, and after just half a day, the international physics community suddenly boiled, "It turned out to be a description of the photonic architecture, and there was also a statement about the duality of wave-particles."

"I can see it, it seems to say that the two-point five-dimensional structure allows light to show the characteristics of waves."

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

"If photons have a two-point-five-dimensional structure, then theoretically speaking, all energy and matter will have a two-point-five-dimensional topological structure."

"What is certain is that the expression of wave-particle duality is completely new and has never been done before......