With the intention of public publicity and promotion by CCTV and other media, news about the existence of an accompanying star in the Betelgesterehydrogen cladding spread quickly.

Not only at home, but also abroad.

Eating melons is the nature of everyone. Whether Chinese or foreigners, they are also very interested in this news that instantly explodes in social networking sites such as oil pipes, Twitter, Facebook, etc.

There is a companion star in Betelgeuse's body. Betelgeuse is a binary star system, and supernova that may explode early are eye-catching.

Discussions on major social platforms are endless. Occasionally, some people in the ordinary people will notice the method of calculating Betelgeuse, but this thing was simply mentioned one or two in the news and did not explain in detail.

However, from this aspect, many doubts have emerged.

It is not only a question of whether this calculation method is correct, but also a question of whether there is actually an accompanying star in the hydrogen cladding of Betelgeuse.

There are also doubts about the country in the East, questioning whether they are really capable of discovering this shocking astronomical phenomenon, is it certain that it is not fabricated fake data?

After all, in the eyes of many Westerners, the country in the East has always been backward, and is extremely backward in terms of economy, scientific research, etc.

In terms of astronomical equipment, there is no top scientific research equipment that can be shown. It is impossible to have the ability to discover this wonder of the universe first than those who have various top astronomical equipment such as Hubble.

Just like some Chinese people have always questioned that the Nasa moon landing plan was a complete scam.

Now, it's their turn to question it.

How could there be another star inside?

Is it so close that I will not be sucked into the core by powerful gravity? This is unscientific.

Even if it exists, it will not be discovered under the light of Betelgeuse.

Observing the internal situation of a star is simply something that God can do. Humans even speculate on the structure inside the earth under their feet.

.........

Of course, the views of ordinary people have not affected the academic community.

Even if many people question it, they will try to prove that astronomical institutions in various countries have announced that they will keep their observations on Betelgeuse in the future.

Because according to the public theory and data, companion stars return about every 23 to 31 days, which means that in the following time, if the theory is correct, they can re-observe the abnormal data caused by companion stars' regression in less than a month.

The academic community always ranks first in the pursuit of truth and the development of science.

Just like Xu Chuan's papers thrown on the arxiv preprint server before, many people are questioning whether it is correct or not, but more people hope that this method is correct and successful.

Because if it is correct, the astronomy and astrophysical world will usher in a vigorous development.

Just as aerospace explores the sea of ​​stars and the distant future that humans can see but are out of reach, astronomical exploration also involves the mysteries of the universe and the future of humans.

In the future, humans may be able to use this method to find a planet suitable for human immigration from the vast and cold universe.

.........

The astronomy and astrophysical world fluctuate greatly, and the mathematical world is also quite fluctuated.

Before the proven residual heat of the weyl-berry conjecture has completely passed, the prover used the xu-weyl-berry theorem to achieve results.

If you remember correctly, it has been less than four months since weyl-berry's conjecture.

In more than three months, I once again achieved results on the theorem I proved. This speed was too fast.

Although this achievement is aimed at the astronomy world, it does not affect the attention of many mathematicians.

On the one hand, the speed of achieving results in succession is too fast.

It is no exaggeration to say that ordinary mathematicians have not had enough time to fully understand this new theory.

Even if a top mathematician can understand the xu-weyl-berry theorem thoroughly within three months, it is almost impossible to use it to achieve results on this basis.

On the other hand, it is because of age, eighteen years old, and under nineteen years old, that is too young.

At this age, in most countries around the world, most people may not have compulsory education, but this person is already at the top of the mathematics community.

.........

In California, University of California, Los Angeles, Tao Zhexuan was quite interested in downloading Xu Chuan's paper from the arxiv preprint server.

Unlike other top big guys and big guys in the mathematics industry, he is much younger than that of his preprint servers like arxiv.

Although most of the papers and ideas above are dross except those that have been officially published, there are also some ideas that can make people shine.

Of course, in the mathematics world, if you don’t have enough solid foundation, relying on one idea alone will not be of much use.

Inspiration is very important for mathematical researchers, but it is also differentiated.

The same inspiration or idea can be explored in the hands of two mathematicians with different mathematical skills.

.........

In front of the computer, Tao Zhexuan opened the downloaded paper and printed it out and held it in his hand.

After chatting with Xu Chuan in Princeton last year, he has been paying attention to the young mathematician.

At the age of eighteen, his achievements in mathematics have already reached the peak of the mathematics world. As expected, such a rising superstar will welcome another talent at the top of the pyramid in the future, making great contributions to promoting the development of mathematics.

"Let me see how deep your progress in the xu-weyl-berry theorem is."

After muttering, Tao Zhexuan spread out the paper in his hand and read it.

Although it is a paper in the astrophysical sector, there is not much knowledge about astrophysics. After briefly introducing some information about astrophysics and Betelgeuse, the contributor turned his pen to mathematics.

In this paper with less than six pages of paper, mathematical calculations and formulas occupy more than four pages of space.

"...... δ2u/δt2=Δu,t>0,x∈Ω; u=0,t≥0,x∈Danfu

"........ Δ=∑πj=1δ2/δx2j..."

"Using the separation variable method, let u(t,x)=ψ(t)·φ(x), substitute this into equation (1) and take into account the boundary conditions, then for λ>0, there is: Δφ/φ=ψtt/ψ=-λ......

“……”

“…n(λ)=(2π)?891.986d⊙w||nλn/2…”

"......n(λ)=(2π)891.986d⊙w.4580.12*λn/2..."

“…….”

Staring at the mathematical formulas and calculations on the printing paper, Tao Zhexuan looked at it intently.

"Is it a deformation of the xu-weyl-berry theorem?"

"First convert it from equal spectrum fluctuations to Soberlev spatial fluctuations, and then bring mathematical parameters by presenting amplitude function of periodic oscillations, and then complete the calculation of the three-dimensional spatial mass source."

"It turns out that using the xu-weyl-berry theorem to complete the calculation of celestial objects is done in this way. It's really a clever idea,"

At the desk, Tao Zhexuan muttered to himself while staring at the printed paper.

Although he did not participate in the review of the weyl-berry conjecture proof, he has read the complete proof process published in the Mathematics Annual several times.

Although the proof process of the weyl-berry conjecture is very difficult, it is not difficult for him to understand and understand it thoroughly.

Even though some astronomical knowledge is incorporated into the calculation process I saw today, it is not difficult to understand his IQ as high as 230.

...........

It takes not long to read a paper that is less than six pages. Tao Zhexuan reads the paper in full in ten minutes.

However, he did not draw a conclusion, but took out a stack of manuscript paper and pen from the drawer.

Read the paper again and check the mathematical formulas and calculation process in the paper again.

This time it took a little longer. More than half an hour passed. Tao Zhexuan, who was crawling at the desk, put down the black ballpoint pen in his hand, sat up straight, breathed a sigh of relief.

"It's amazing. The verification process cannot find any loopholes. And depending on the paper's situation, this seems to be just a part of the application of the xu-weyl-berry theorem."

"At least, I only saw the calculation process of Betelgeuse mass in this paper, but the paper also mentioned the calculation methods of other parameters such as volume, diameter, and motion speed."

"It really makes people look forward to what a complete paper looks like. His expansion in the xu-weyl-berry theorem is much deeper than I imagined, and his mathematical ability is stronger than I had previously estimated."

"It seems that in the future, there is a Fields Medal that will be his."

Tao Zhexuan stared at the paper on his desk with his eyes wide open. During the verification just now, he not only did not find any loopholes or calculation errors, but also keenly realized that different methods were needed to calculate different celestial parameters.

Of course, the different methods here refer to the xu-weyl-berry theorem after different forms of twisting and deformation.

All changes are the core. The xu-weyl-berry theorem is the most core thing. It calculates different parameters through boundary values ​​and eigenvalues. This is the core of using the theorem.

"I remember, it seems that Xu Chuan sent the method of accurately calculating parameter information of distant celestial bodies to the Annual Review of Astronomy and Astrophysics?"

"But is there any professor in the astrophysics community who can review such mathematical papers?"

Staring at the manuscript paper on the table, Tao Zhexuan suddenly remembered something, and a strange light shone in his eyes.

From the perspective of submission, this paper should be submitted to a mathematical journal, but I don’t know what the young man thought, but he actually submitted to a journal in the astrophysics industry.

Although the calculation method does work on astrophysics, he has no doubt that there is no professor in the astrophysics community who can review this paper.

.........

In fact, the Annual Review of Astronomy and Astrophysics is also having a headache about this.

The paper on the xu-weyl-berry theorem's method to accurately calculate the parameter information of distant celestial bodies is indeed extremely important to the astrophysical world.

If the finalized new approach is correct, then a major change will be brought into the astronomy and astrophysical world.

The old method exits the stage, and the new method leads the world.
To be continued...