Chapter 200 Vaccines in Mathematics!

"The original state of everything is a pile of seemingly unrelated fragments, but after this chaotic state ends, these inorganic fragments will organically gather into a whole."

"This is chaos theory."

"This description is very appropriate when applied to the particle collider we have just launched."

"In this initial situation, the surrounding electromagnetic waves are determined, the temperature of the surrounding environment is also determined, and the atmospheric pressure inside is also determined. Finally, there are also the initial momentum and position of the particles emitted by us.

, it is also certain.”

"Then the start button was pressed on this chaotic system and it began to become chaotic."

"In summary, we can know their initial state, but it is difficult to ascertain their complicated state."

"Then, our sensors output piles of abnormal data that are difficult to analyze."

"But no matter what, these abnormal data can be screened out by us after all."

"Screen them out, then block them, and what's left is the data we need."

"That's the idea behind my method, which I named the root search method."

"Now, I will officially start to describe my thoughts."

Speaking of this, Lin Xiao smiled and looked at the people in the conference room. At this time, everyone had already raised their attention and their eyes were always on him. Obviously, they had all been attracted by what Lin Xiao said earlier.

The words attracted me.

At this time, Lin Xiao said: "However, since I only completed the entire theory yesterday, my PPT preparation is not particularly sufficient. Therefore, next I will mainly use mathematical derivation to present my PPT.

method."

Then the PPT moved, first entering a formula, and then Lin Xiao walked to the blackboard, picked up the chalk, and started mathematical deductions.

However, most people in the audience began to feel numb after seeing Lin Xiao writing the calculations on it.

When it comes to mathematics, how many of the people present or watching Lin Xiao's report can compare with Lin Xiao?

After looking at the various complex equations used in Lin Xiaona's argument, at least half of the people chose to give up.

Of course, there are still a small number of people who are good enough in mathematics, so they can understand Lin Xiao's process.

As Lin Xiao's argument progressed from the beginning to the end, those of them who could keep up couldn't help but marvel in their hearts.

“That’s great!”

"Chaos theory can actually achieve this level?!"

In summary, in the model established by Lin Xiao, he added a 'mark' to the initial quantities. This mark can follow these initial quantities to the end. When the initial quantities have passed through countless

After the transformation, it will be difficult to get rid of this 'mark', and then they can easily find the data containing these marks in all the data.

Switching to their experiments, they can first calculate the mark of 'noise' of radio electromagnetic waves through simulation. This mark is equal to the common characteristics of all 'noises' of radio electromagnetic waves, thus directly eliminating all other 'noises' that have this common characteristic.

noise'.

Just like a vaccine, it first allows the immune system to recognize the viruses that may invade it, and then when these viruses attack, it can directly produce antibodies for immunity.

"This root search method is really amazing!"

"Incredible, really incredible."

"Mathematics really has infinite possibilities!"

When Lin Xiao's mathematical argumentation process came to the end, everyone who understood all his theories had completely understood the magic of this method.

Fermilab, USA, Office of the Director.

Nigel Lockyer sat at his desk, watching the report live on the computer screen.

He is also very good at mathematics, so he can keep up with Lin Xiao's process.

At this moment, his eyes were filled with deep shock.

Root search method...

Label the initial quantity directly?

Before, he would never have imagined that there would be such a mathematical theory that could help them find the common characteristics of the 'noise' in the experimental data. This seemed impossible to him.

But now that Lin Xiao has done this, his admiration for that young man has reached a new level.

Is this what the best mathematical geniuses are capable of?

It's actually possible to do this!

"It seems that he is still one step ahead of us."

I sighed slightly in my heart, it seems that their project can only do a 'check' for Lin Xiao's results.

Then Lockyer took out his mobile phone and called their project team members, asking them to pay attention to Lin Xiao's root search method in the future, but he just didn't know when Lin Xiao would publish this method.

Putting down his phone, he sat in front of the screen and applauded the people on the screen.

…

In the room of Professor Edward Witten at the Institute for Advanced Study in Princeton.

Edward Witten is also following this live broadcast.

As for Lin Xiao's mathematical process, it is not difficult for him. After all, the gold content of the Fields Medal is there.

Looking at the root search method proposed by Lin Xiao and his argumentation process, Edward Witten's eyes showed envy.

He was not envious of Lin Xiao's talent.

It’s just a genius, who is not a genius?

He is a famous genius, and he is also a super all-around genius.

He studied liberal arts as an undergraduate, majoring in history and minoring in language. At that time, he had some revenge on politics, so he wrote a few articles in political magazines. As a result, he accidentally became popular, and then he joined a presidential candidate's group.

While on the campaign team, he also studied for a master's degree in economics, but after one semester, he gave up and went to Princeton University to study applied mathematics and get a doctorate. Later, he also got a doctorate in physics.

He was the one who unleashed his strongest talent, so much so that when he won the Fields Medal, it was five years before he proposed M Theory.

At the same time, as the founder of M theory, he has always been regarded as the greatest physicist of our time, and people even call him the successor after Einstein.

However, now facing Lin Xiao, an unreasonable genius, his titles are gradually being assigned to the former. Lin Xiao is always able to come up with something that seems completely impossible. Compared to him

In terms of the proposed M theory, Lin Xiao's achievements are even more remarkable.

And this was what he envied Lin Xiao, who was able to derive such 'unscientific' things in a scientific way, especially those related to physics.

As for the Goldbach's conjecture and twin prime number conjecture that Lin Xiao proved, or being called the most powerful mathematical genius, he couldn't envy him.

Of course, although he envied Lin Xiao, he was also very happy and gratified, because this was the luck of their physics community.

With such geniuses appearing, they are closer to the truth.

"But, when can I find my own chord..."

He let out a long sigh.

Strings are to him what multi-dimensionality is to Lin Xiao.

If he could really discover the cosmic string, that would be the meaning of his life.

Although it is possible to connect M-theory to multidimensional field theory, it is most important to him if the 'strings' can be indirectly observed directly from experimental data.

However, at this moment, he suddenly realized something.

He quickly looked at the live broadcast room on the screen, looked at the formulas on Lin Xiao's blackboard, and then looked over the processes he had deduced just now based on Lin Xiao's ideas.

He remembered something.

He learned about this live broadcast because he heard that Lin Xiao wanted to solve the problem of electromagnetic wave noise in particle accelerator experiments. Because he had been paying attention to Lin Xiao, and this issue was indeed an important issue, so he

coming.

But looking at the whole thing, Lin Xiao's root search method seems to be not only used to solve radio electromagnetic waves?

Rather, all the noise that can affect the accuracy of experimental data?!

His mathematical intuition told him this guess, and this guess was very likely to be correct.

Since this root search method can be used for radio electromagnetic waves, why can't it be used for environmental thermal radiation?

There are also various data such as geomagnetic field and gravity that may affect the accuracy of the data.

Therefore, if some effects are ignored, it is equivalent to saying that all kinds of noise will be directly reduced by 80%, or even more than 90%?!

In this way, how 'clear' will the data they collect later be?!

So, in such "clear" particle collision data, can we find some unusual data, and then find out whether there are traces of "strings"?

Edward Witten's heart couldn't help but get excited.

What if it’s really possible?

He took a deep breath and made a phone call: "Book me a ticket to Geneva."

…
To be continued...