Genius of the Rules-Style System

The venue was quiet.

Everyone sat in their seats and listened carefully to Zhao Yi's explanation on the stage.

Zhao Yi was obviously excited. During the explanation, he would occasionally make movements with his hands to match the explanation.

"The content on these three whiteboards is the mathematical relationship between the energy composition of particles and the acquisition of mass. The acquisition of mass will affect the energy arrangement outside the particles, causing the particles to change their characteristics, or it can be understood as transforming into other particles. …”

"The mass that a particle can acquire is directly related to its boundary energy sorting. The denser the energy sorting, the higher the mass that can be acquired."

"At the same time, the energy arrangement of the particles will also change due to the influence of mass."

"The latter may be some kind of conservation of energy and mass, such as Einstein's mass-energy equation, but it is difficult to say whether the microscopic energy composition and mass acquisition follow the mass-energy equation. In addition, it can also be imagined as a fixed The ordering of energy will attract high-dimensional matter, which is mass.”

Zhao Yi explained at this point, "Mr. Edward Witten's latest theory believes that mass may be a product of higher dimensions rather than three-dimensional space, so it is rejected by space. I have been conducting related discussions with him. Research, explore…”

"The current demonstration of supersymmetry issues is also part of the research."

Edward Witten immediately stood up happily and waved to the left, right and back rows.

Sheldon Glashow could only snort coldly. He did not believe in "multidimensional space" or "M theory", let alone the so-called statement that "mass will be rejected by space only if it exists in a higher dimension."

Zhao Yi continued to explain, "Let's go back to the content on the whiteboard. I would like to thank Mr. Glashow. His 'reminder' gave me inspiration."

Sheldon Glashow is not like Edward Witten, who feels that being called out is very honorable, because everyone knew just now that he was looking for problems rather than reminders.

When he realized that other people were looking over, and some even had sarcasm on their faces, his face turned extremely dark.

Zhao Yi continued, "I demonstrated the quality of energy acquisition. Maybe people will not understand it later because what I wrote was not complete."

"But that's okay……"

As he spoke, he looked at the host, discussed the timing issue with the host, and then returned to the podium and announced, "I decided to make an adjustment to the arrangement. I will explain the demonstration of the supersymmetry problem in detail. It will be held tomorrow. If anyone has questions about the argumentation process, you can come here and continue to listen."

"In the afternoon I will do live calculations and explanations on the new content on the whiteboard!"

When this decision was announced, it immediately aroused enthusiastic discussion. Even Sheldon Glashow stared hard in surprise.

The study of theoretical physics is not as simple as doing math problems.

The reason why theoretical physics has the word "theory" is that it is something that cannot be verified for the time being and relies on mathematics and imagination.

Mathematics is okay, but imagination often means there are many flaws.

Once a research is done, subsequent calculations and revisions are required, and the final revisions may even change the original research beyond recognition.

This is a normal process.

Zhao Yi said that he had completed something called "mass-energy structure theory", which also involved energy and mass, and demonstrated the relationship between energy structure and mass. It sounds like a very important research.

If it is verified by experiments to be correct, it can even be comparable to Einstein's mass-energy equation.

Einstein's most famous achievement is the theory of relativity, and the achievement he won the Nobel Prize for is the explanation of the photoelectric effect. However, the mass-energy equation that has the greatest influence on mankind is the mass-energy equation, because the mass-energy equation provides the theoretical basis for nuclear reactions.

Mass-energy equation, E=mc.

This simple equation describes the relationship between mass and energy. In classical mechanics, mass and energy are independent and have no relationship with each other. However, in relativistic mechanics, energy and mass are just two different properties of objects. Just aspect.

Einstein's explanation of the mass-energy equation is, "If an object emits energy ΔE in the form of radiation, then its mass will decrease. As for whether the energy lost by the object happens to become radiant energy, it is obviously irrelevant here. So we are led to a more general conclusion: the mass of an object is a measure of the energy it contains."

He also pointed out, "This result is of special theoretical importance, because in this result, the inertial mass and energy of the object system appear as the same thing... It is impossible for us to clearly distinguish the 'reality' of the system in any case. Mass and 'expressed' mass. It seems much more natural to understand any inertial mass as a store of energy."

In this way, the laws of mass conservation and energy conservation, which were originally independent of each other in classical mechanics, were combined to form a unified "law of conservation of mass and energy."

It fully reflects the unity of matter and motion. The mass-energy equation shows that mass and energy are inseparable and connected.

The mass-energy equation explains the relationship between mass loss and released energy.

Zhao Yi's current research is on the relationship between microscopic energy composition and mass. If the verified results are further analyzed in depth, it may provide a certain theoretical basis for experiments on microscopic particles.

For example, particle collision experiments.

Particle collision experiments explore what happens when microscopic particles collide. Through continuous analysis of collision data, some conclusions can be drawn.

If Zhao Yi's theory is proven to be true, it can be relied upon to predict what will happen in a collision.

certainly.

The premise is that it is verified to be correct.

Sheldon Glashow definitely didn't believe it, but he was still very surprised when Zhao Yi said he performed on-site calculations and explanations. The more important the theoretical physics research, the higher the chance of 'problems'. Every small exploration report needs constant revision.

This is like a programmer designing a program and typing it up in one go. There will definitely be bugs. If the errors are found and corrected on the spot, it will consume too much time and become very embarrassing in the middle.

"Why did he do that?"

"Is there no problem with having self-confidence? It's impossible, right? Such a complicated mathematical analysis..."

"fair enough!"

"Let him know he was wrong in the afternoon!"

Sheldon Glashow thought coldly, but was looking forward to the afternoon.

…

The reason why Zhao Yi decided to do the calculations in the afternoon instead of continuing to improve the content was because it was past twelve o'clock.

The arrangement for the report meeting was to take a two and a half hour break, from 11:30 to 2 o'clock, but the time was delayed until after 12 o'clock.

Zhao Yi walked off the stage.

Many people in the first two rows came to greet them, and a few familiar people were a little worried. Yang Zhenning said directly, "Zhao Yi, why did you decide to do the calculation in the afternoon? I think you should make preparations and review the content. ."

"No need." Zhao Yi smiled, "I'm confident, it'll be no problem."

Yang Zhenning found that Zhao Yi was very stubborn, so he could only sigh with a wry smile, "As long as you have confidence."

Others also felt that Zhao Yi's decision was too hasty. He completed a very important research at the last minute and decided to treat it as a complete content and also explain it incidentally?

This is no longer confidence.

Is it... arrogant?

Edward Witten sighed, "Genius is the capital of self-confidence!"

"yes!"

George Smoot also said, "I know the gap now, so I won't say anything."

Others could only smile.

In fact, many people were ready to persuade Zhao Yi, but they suddenly remembered that during the calculation process, Zhao Yi quickly skipped steps and directly wrote the results.

At that time, they couldn't keep up with their ideas at all. Some people even found some small places and started to calculate slowly. After a long time of calculation, the results they came up with were exactly the same as those written directly by Zhao Yi.

This is so shocking!

Zhao Yi is also a top mathematician and scholar. When faced with a complex calculation problem, Zhao Yi directly came up with the result. It seemed like he calculated "1+1 equals 2" without even thinking about it.

where are they?

It takes a long time to put pen to paper and do the calculations. It only takes three or five minutes at least?

"This is probably the IQ gap!" Many people sighed depressingly. They could be said to be geniuses since childhood, but today they discovered that compared with real geniuses, they are just a little better than ordinary people.

…

The morning report meeting ended and the news spread quickly.

The media reporters at the scene announced the news immediately, and there was a discussion on the Internet soon, "What? Because of Glashow's doubts, Zhao Yi completed the mathematical calculation of energy and mass on the spot?"

"What is it specifically? Energy and mass? Mass-energy equation?"

"Have you read the report? It is said that there is a relationship between the energy composition of the particles and the mass acquisition. Zhao Yi said that the mass acquisition is determined by the energy arrangement, and the mass will also affect the energy arrangement."

"A simple understanding is that when particles gain energy, they turn into other things?"

"When photons gain mass, they turn into electrons or quarks? Is this what you mean?"

"This is awesome!"

"This is not a particle theory, it is God's creation theory. Zhao Yi has successfully been promoted to God!"

There are enthusiastic discussions on the Internet.

Most people do not understand complex particle mathematics. When they hear about obtaining mass and multi-dimensional space, they feel a bit fantasy, and the discussion also moves in this direction.

The media reaction was also huge.

The previous report meetings could be said to be 'closed', with reporters participating but no timely reports. They would only follow up with snippet reports or write some written reports.

Now there seems to be an 'accident' in the report meeting. After Zhao Yi finished his morning report, he actually said that he had researched a new theory, and it involved energy and mass. It sounded like a very important theory, and he decided to do calculations on the spot. The explanation is very attractive.

After Capital TV learned about the news, it immediately decided to broadcast it live. Not many people watched the live broadcast of the academic report, but many people paid attention to whether Zhao Yi's live calculation would be successful. It felt a bit like a 'challenge program', and it became interesting. And vivid.

After Zhao Yi had a brief lunch, he immediately saw Qian Hong coming over and asked, "Director Zhou asked me to ask you, can the report be broadcast live on TV? Capital TV wants to live broadcast it temporarily, but it needs your permission."

Zhao Yi thought for a moment, and it seemed that it would do no harm to him, so he nodded and said, "Okay, no problem."

Zhao Yi arrived at the door of the rest room and told the staff next to him to prepare ten large whiteboards. After thinking about it, he thought that the process would require almost eight whiteboards, and there would be no harm in preparing two more.

At this time, the person in charge of the TV station's column team rushed over, holding a freshly printed document in his hand, "This is the live broadcast contract."

"Academician Zhao, take a look."

Zhao Yi glanced at the contract and found that there was still a reward of 100,000 yuan. He immediately pursed his lips and smiled, and signed his name neatly.

After the contract is signed, the TV station column team can make arrangements.

Zhao Yi entered the rest room. His energy could be replenished directly, but the physical exertion in the whole morning was a bit heavy, so he could always replenish it by taking a short nap.

When lying on the small bed, as soon as I close my eyes and then open them, time has passed.

Zhao Yi punched him in the face several times, became energetic again, pushed open the door of the lounge, and walked towards the large conference room.

One fifty.

The venue was already full of people.

Several Nobel and Fields winners in the front row, as well as those in the back row who noticed Zhao Yi walking in, turned their heads and looked over in unison.

Zhao Yi and the people on both sides waved, walked up to the podium and looked down the stage.

The venue fell silent.

Under everyone's gaze, Zhao Yi said with ease, "Thank you all for coming, let's get straight to the point."

He turned around and walked to the whiteboard, wrote several lines in succession, and explained at the same time, "This is the conclusion we have reached before. The energy arrangement determines the properties of particles, fermions and bosons, because the energy arrangement is different. , causing the difference in spin..."

Based on the few lines he had written, he started the next step of the calculation, "Here, we directly introduce the concept of mass, because what we are doing is the relationship between the energy arrangement and mass of particles. We do not need to discuss it for the time being. What is mass? How did it appear?"

"The energy arrangement of particles is a semi-stable structure. If it is semi-stable, there will be defects, and defects are the basis for the continuous movement of particles..."

"We use fermions to make the discussion. The conclusions we reached before, the energy structure of fermions, and the curve presented..."

"The mass it can hold must be contained in the energy, otherwise it may collapse."

"Here we can understand that if a plastic bag contains things, if the quality of the things is too high and puts too much pressure on the bag, the bag will be deformed and damaged. Similarly, the things in the bag cannot be better than the bag. There’s more space inside…”

"So we make an energy package, which is a collection of energy parts..."

As Zhao Yi continued to explain, a whiteboard was quickly filled up. The staff immediately moved the full whiteboard to one side facing the audience, and at the same time moved the other blank whiteboard to the original position. s position.

Zhao Yi continued to do calculations and explanations, and many calculation steps led to conclusions directly, because the purpose of his calculations and explanations was to let everyone understand the content of the 'mass-energy structure theory', rather than to verify the calculation process.

soon.

One whiteboard after another was used, and new ones were quickly replaced.

Zhao Yi hardly stopped at all, and most people in the audience followed the train of thought and understood.

More than two hours passed.

There are already eight whiteboards erected on both sides, covering the wall on one side.

At this time, Zhao Yi had written half of the content on the new whiteboard. He made a detailed calculation of the conversion and summarized a new row of equations. Then he walked down the stage to the seventh whiteboard and compared it and said, "Let's take a look and compare the conclusion just now with the conclusion of this line of work."

"It can be found that within the fixed threshold range, the curves are basically consistent, and it can be determined that the contrast coincides. From this, it can be concluded that the mass and energy arrangement are directly related."

"Particles whose energy is distributed outside the θ (z, m) curve can obtain the corresponding mass under certain conditions. At the same time, the obtained mass will change the properties of the particles, which will cause the energy arrangement' order Bit' falls, thus turning into another particle."

"Maybe it's an electron, maybe it's some kind of quark. This remains to be studied."

After Zhao Yi finished speaking, he took a deep breath, returned to the podium, bowed slightly, and said impatiently, "Then..."

"thank you all!"