Into Unscientific

Chapter 808 I, Xu, have never cheated. Thinking card, activate!

"."

After discussing matters related to MR modeling, the meeting organized by Xu Yun completely completed its mission.

So everyone parted ways.

Those who needed to hold other meetings went to attend meetings, those who needed to report on work went to report on work, and those who needed to allocate manpower went to allocate manpower. Huadun Biotech, a machine that was not a giant but certainly not a small shrimp, began to operate at full capacity.

On the third day after the meeting.

Lu Xiao handed the detailed budget form to Xu Yun with red eyes, and the audit team organized by the University of Science and Technology also verified all the projects in just one day.

That afternoon.

Zheng Zu coordinated the 12 million low-interest loan to the company's accounts on time. The lender was China Merchants Bank in Yanjing. The loan term is one year, and the repayment time will be enough to complete the lender's repayment performance in the first quarter of next year.

Then comes the layout of the venue, personnel transfer within the company, publicity of the event, etc.

Xu Yun has left all these matters to Gu Qunqing, the COO, while he himself focuses on them.

On the choice of answer essay.

Mentioned earlier.

Xu Yun’s initial plan was to randomly find relevant results of isolated point particles and put them into practice, such as the subcoupling phenotype of 4685 hyperon in Bose-Einstein condensates.

Due to the existence of solitary point particles, the expressiveness of 4685 hyperons has a certain specialized image. It is a useless but indeed unique phenomenon. It is more than enough for a master's thesis.

But now with the establishment of the review committee, Xu Yun's fishing plan was forced to cancel.

At this moment.

Inside the guest house.

After washing and bathing, Xu Yun first paid homage to the European emperors such as Maple, Lord Bai, and Goddess Shunzi, and then came to the desk and sat down.

"."

Looking at the thick stack of calculation paper in front of him, Xu Yun also had a trace of emotion on his face.

"I think that I, Xu, have been gentle and courteous in my treatment of others, cautious about my career, and walking on thin ice. My current status is all due to my personal diligence, so..."

"Halo, add some, no, it's to activate the thinking card!"

Xu Yun just finished speaking.

About half a meter away from his chest, several cards the size of playing cards quietly emerged from the air.

Cards come in three colors. The most numerous are bronze cards, followed by silver cards, and finally gold cards.

Each card has a bust photo of a character, such as Gauss, Lao Guo, Riemann, Lu Guangda, etc.

Seeing this, Xu Yun hesitated for a moment. His fingers first stayed on Riemann's card for a while, then changed to Greater than after a few seconds. Then he moved to Gauss. After hesitating for half a minute, he pinched the other card. A copper card.

"The wall-facer chooses to activate Chen Jingrun's thinking card. The activation time is 60 minutes. Do you confirm?"

Xu Yun took a deep breath:

"confirm!"

Swish——

The next second.

All the other dozen thought cards disappeared, and the copper card with Chen Jingrun's face turned into a wall of portraits behind Xu Yun.

This wall of names had appeared when Xu Yun had activated Wheat and Dirichletska. The names of countless scientists throughout the ages were engraved on the wall.

At the front are Mavericks, Euler, Riemann, Archimedes and others, as well as the old Jia Jiaxian whom Xu Yun met in the 1100 copy.

At the bottom is even Xu Yun’s junior high school teacher

The wall of portraits is dotted with figures, no less than tens of thousands of people, divided into hundreds of rows.

The further up the rows of the name wall are, the fewer names there are in each row.

For example, on the first line, there are only three names:

Albert Einstein.

Isaac Newton.

James Clerk Maxwell.

Among them, Lao Ai's name is in a gray and white, seemingly ethereal and transparent state, with a little light visible.

The names of the calf and wheat have completely faded into gray and black.

There are nearly ten people in the second row, including Gauss, Planck, etc.

After a while.

At a certain position in the sixth line, a name that was also floating suddenly seemed to be awakened, slowly glowing with golden light.

I saw a name clearly written on it:

Chen Jingrun.

at the same time.

In the void invisible to Xu Yun, a young man wearing a Chinese tunic suit, with a shaved head, a serious face and even a bit unruly stepped out.

His eyes paused on Xu Yun for a while, then suddenly sensed something and looked up at a certain direction outside the window.

There is a small garden inside the reception hall of the Academy of Sciences. There are some statues of Chinese scientific practitioners in the aisle, one of which belongs to Chen Jingrun.

It was the end of March and the time was approaching the Qingming Festival, so there were some special 'tributes' placed beside these statues - flowers, fruits, and some special objects.

For example, in front of the statue of Chen Jingrun are a box of playing cards, a bottle of Fenjiu and a textbook "Combinatorial Mathematics" edited by Chen Jingrun.

Seeing this, Chen Jingrun in the void raised the corner of his mouth slightly, looked at the sky of this era with great complexity, and then resolutely stepped into Xu Yun's body.

"."

After another familiar feeling of dizziness, Xu Yun once again felt that his field of vision had become extremely broadened.

Xu Yun looked at his hands and understood that the thinking card had been activated.

Among the card set rewards this time, Chen Jingrun’s thinking card is a relatively special situation.

In addition to the theme of the Chinese All-Stars, the thinking cards this time are obviously classified based on achievements and abilities in physical applications.

For example, Lao Guo, his deeds are extremely touching, but in terms of card ability, he is still ranked next to Lu Guangda.

The same is true for Chen Jingrun.

There is no doubt about Chen Jingrun's ability in mathematics. If classified according to his mathematical ability, he should be classified into the silver card category.

But since the core of this deck is physical or application-level achievements, Chen Jingrun was eventually classified as a bronze card level.

If you activate the Chen Jingrun Thinking Card when solving physics problems, to be honest, the effect of this card is probably at the level of a bronze card, but if what you are going to deal with involves mathematics,

Then there is no doubt that the price-performance ratio of this card will explode!

For example, the problem Xu Yun wants to solve this time.

Smart classmates should still remember.

After completing the 1100 copy, Xu Yun once received a very strange reward.

The reward was a piece of paper filled with equations. Xu Yun later analyzed it and obtained the probabilistic orbit of the solitary point particle.

In a sense.

That particle track, like Brother Donkey, ran through almost all events in Xu Yun's past.

And actually.

The orbital result is only the first third of the equation, and there are at least two remaining stages that have not yet been solved.

In other words.

Judging from the situation of isolated point particles, the latter two stages should also have corresponding ones. How should I put it, should they be described as corresponding physical phenomena?

Xu Yun also spent some scattered time studying the remaining two stages. However, due to ability issues, he has never found the correct solution - now Xu Yun's ability is probably above that of a professor and below that of an academician, and these two stages The second, easiest stage in mathematics also belongs to the Fields Medal, which is the difficulty level of the highest award in mathematics.

As for the mysterious ratio in the third stage, Xu Yun is sure that it must be a result that can shock the world. It is conservatively estimated to be on the same level as the theory of relativity. It is something that Xu Yun cannot touch even if he spends all his thinking cards. high.

At least Xu Yun had to meet Lao Ai once before it was possible to discuss that matter.

Of course.

If there is no result, there will be no result. Xu Yun will not gain nothing at all.

For example, in the process of solving the equation, he discovered that the final result of the second stage should be related to a certain mechanism.

Because Xu Yun discovered expressions for temperature and similar layered structures during this period, which is obviously a new medium for certain physical phenomena, and most of them have something to do with crystals.

So after learning about the review lineup of his defense committee, Xu Yun focused on the results of the second stage.

He had a hunch that this second phase might not bring him many awards, but it would probably have some greater influence.

Of course.

Even if Xu Yun's guess is wrong, it doesn't matter. Xu Yun still has cold fusion-related research to lay the foundation for.

Xu Yun then took a deep breath and turned his attention to the math paper in front of him.

I saw him pick up the pen and quickly write the equation on the paper:

4D/B2=4(√(D1D2))2/[2D0]2=√(D1D2)/[D0]=(1-η2)≤1

{qjik}K(Z/t)=∑(jik=S)∏(jik=q)(Xi)(ωj)(rk); (j=0, 1, 2, 3...; i=0, 1, 2, 3…; k=0, 1, 2, 3…)

{qjik}K(Z/t)=[xaK(Z±S±N±p),xbK(Z±S±N±p),…,xpK(Z±S±N±p),…}∈{ DH}K(Z±S±N±p)

(1-ηf2)(Z±3)=[{K(Z±3)√D}/{R}]K(Z±M±N±3)=∑(ji=3)(ηa+ηb+ηc )K(Z±N±3);

(1-η2)(Z±(N=5)±3): (K(Z±3)√120)K/[(1/3)K(8+5+3)]K(Z±1) ≤1(Z±(N=5)±3);

W(x)=(1-η[xy]2)K(Z±S±N±p)/t{0,2}K(Z±S±N±p)/t{W(x0)}K (Z±S±N±p)/t

The last formula, or a numerical value, is:

Le(sx)(Z/t)=[∑(1/C(±S±p)-1{∏xi-1}]-1=∏(1-X(p) p-s)-1.

This is a standard system of regularized combination coefficients and analytical continuation equations, involving the circular logarithm and topology of infinitely many levels of symmetrical and asymmetrical curves and surfaces.

The first stage is from one to three lines. Through ∑(jik=S)∏(jik=q)(Xi)(ωj), it can be determined that the surface and the meridian form a certain fixed angle, so it is assumed that the model λ=( A , B, π), and the observation sequence O = (o1, o2,., oT).

According to the above logical derivation, the probability orbit of the solitary point particle can be obtained.

What Xu Yun has to do now is

Derive the third to fifth lines, which is the second stage.

Xu Yun's idea for answering the second stage is to discuss the existence problem, and then change the current convergence radius to infinity, so as to converge on the entire real number line.

Now with the support of Chen Jingrun's thinking card, Xu Yun is a little more confident about his own ideas - this is the right direction.

Then he paused and continued to deduce.

"It is known that when the variable x in the power series is allowed to take complex values, the convergent value of the power series forms a two-dimensional region on the complex plane. As far as power series are concerned, this region always has the shape of a disk."

"Then use the Fourier transformation of the Gaussian function F{ea2t2}(k)=πaeπ2k2/a2 and the Poisson summation formula to get"

"Consider the integral g(s)=12πi∮γzs1ez1dz, where the circumference should be limk→∞gk(s)=g(s)" (These derivation are calculated by myself. I am not sure whether this part is correct. Use I have learned about the residue theorem and Merlin integral transformation. If you have any questions, please correct me or send me a private message from the readers. This kind of derivation involving more mathematical problems is not my specialization.)

As everyone knows.

Analytical continuation means that two analytic functions f1(z) and f2(z) are analyzed in regions D1 and D2 respectively. Regions D1 and D2 have an intersection D, and there is always f1(z)=f2(z) in region D. .

At this time, it can be considered that the analytic functions f1(z) and f2(z) are analytic continuations of each other in each other's regions. At the same time, the analytic functions f1(z) and f2(z) are actually the same function f(z) in different regions. Different expressions for areas.

Take the simplest example.

The function f1(z)=∑n=0∞zn defined by the power series is analyzed within the unit circle |z|\u003c1, which is defined in the entire plane except z=1 (the domain of definition is not just the unit circle) ).

So we say that the function f(z)=11z is the analytic continuation of the power series f1(z) on the complex plane.

Very simple and easy to understand.

The generalized integral obtained by Xu Yun in the first stage can still be defined in the region M(s) where 0c||Re(s)\u003c0, so the above F{ea2t2}(k) is a meromorphic function.

"Then we introduce the Γ function, which is the expansion of the factorial function in the real and complex fields. When its component is a positive integer, Γ(n)=(n1)!"

"This part seems to be approximated by the asymptotic concept"

"If it is approximated to field theory, it is equivalent to the quantized free Klein-Gordon field, (+m2)(x)=0, then the field operator is (x)=∫d3p(2π)312Ep(apeipx+apeipx)"

"Then calculate the field operator back"

Half an hour later.

Xu Yun suddenly stopped writing and frowned slightly:

"Excitation electric field. Sure enough, it is related to crystals."

At this moment.

On the calculation paper in front of Xu Yun, several Nabla operators were written.

To know.

Although he had performed a gradual process on the derivation process before, he had not introduced the concept of excited electric field, not to mention that Xu Yun had completed the calculation before.

In other words, these Nabla operators are not error operators that appear after the asymptotic terms are solved, but parameters related to the equation itself.

more importantly.

As the equation is solved in this step, a new concurrent term appears in the formula.

It's called frequency, and the unit of measurement is meV.

Frequency, excitation electric field, plus the expression similar to the layered structure first discovered by Xu Yun alone

The physical significance of the second phase results seems to be ready to be revealed.

Think of this.

Xu Yun picked up the teacup next to him and took a big sip of strong tea, then picked up his pen and started calculating again.

"First make a local continuous function in real space, and then express the low-energy effective Lagrangian into a functional of Φ according to the requirements of symmetry."

"Multiply e2πjmt/T0 left and right and integrate on (T02, T02). The left side is obviously 1, and the right side is not difficult to get the result T0cm due to orthogonality."

"Then use a hoarding technique."

"When Re(s)\u003e1, ∫xsdx may have singularity at x→0+, such as ∫x2dx=∫d(x1)=x1+C"

"Jiligulu.1+2+3=6"

More than twenty minutes passed.

When Chen Jingrun's thinking card was about to expire, Xu Yun's shoulders suddenly relaxed and he leaned back on the chair.

At this moment.

There were piles of densely written calculation papers in front of him, which were full of various derivation processes that seemed like magic scripts to ordinary people.

"Finally got it, it's it."

Note:

The hint is very clear, does anyone guess what it is?

Play a small game. If someone guesses the answer correctly, you can customize a character for the protagonist group in the next book. Of course, the name cannot be too outrageous. If multiple people guess correctly, the one on the earliest floor will prevail.