From University Lecturer to Chief Academician

Chen Mengmeng's research idea is very clear, but it is really very difficult to make progress, because the core point of the research is to use mathematical expression methods to analyze energy.

"What is energy?"

Chen Mengmeng pulled Ding Zhiqiang to think together, and they kept discussing this issue.

It is of course easy to explain the concept of energy clearly. There are various external manifestations of energy. For example, in physics, the unit of energy is joule, which is the same as the unit of work.

In nutrition, calories are used as energy units in the future, and 1 calorie is approximately equal to 4.184 joules.

In the fields of atomic physics, nuclear physics, and particle physics, electron volts (eV) are used as energy units, 1 electron volt = 1.602, 18×10-19 joules.

In the field of theoretical physics, erg (erg) is used as the energy unit, and 1 erg = 10 to the -7th power.

etc.

There are so many units of energy, precisely because of the different forms of expression in different directions. In reality, it is easy to contact mechanical energy, chemical energy, internal energy, light energy, biological energy, etc. Different forms of energy can pass through Physical or chemical reactions to convert each other.

But no matter what form of expression or analysis method, there is no way to express energy directly by using mathematics.

"What we want to analyze is the microscopic performance of energy."

"Energy should be analyzed as a mathematical law or a mathematical situation. With such a tool, we can conduct follow-up research."

"Then how exactly?"

This problem troubled Chen Mengmeng for a week, and also troubled Ding Zhiqiang, because Chen Mengmeng always discussed with Ding Zhiqiang.

Now Ding Zhiqiang's thinking has changed, because he thinks that Chen Mengmeng's research is really interesting, using a mathematical expression to explain the existence of microscopic energy.

How interesting is it?

"Thinking about it makes one's blood boil!" Ding Zhiqiang was not only thinking about it when he was discussing with Chen Mengmeng, but he couldn't help thinking about it in his spare time.

Then he found himself in a kind of magic barrier, "It's not right!"

"What's the point of doing research? Isn't it still mathematics? Complicated mathematics, complicated research, wasting brain cells, wasting life..."

"It's better to play games."

Ding Zhiqiang kept saying this to himself, but when he was playing games, he couldn't help thinking, and finally he lost to himself, "Just this time, just this time."

"When this problem is found out, return to normal life as soon as possible, and don't be affected by these 007 workaholics!"

He began to concentrate on researching with Chen Mengmeng.

When they really entered into the research, they found that it was too difficult to have a good idea. From the perspective of microphysics, energy is still only a definition.

Wanting to use mathematics to express this definition seems to be no different from creating something out of thin air.

"We must gather content from other fields to think, and we cannot imagine it out of thin air..." Ding Zhiqiang grasped the train of thought and put forward a suggestion.

Chen Mengmeng is also very serious.

They began to read the materials seriously, but they still couldn't figure it out for a while.

This morning, when Chen Mengmeng came to the second floor of the laboratory, he found the door of the director's office open, and immediately called out to the door, "Ding Zhiqiang, Teacher Wang is here!"

The two walked over together.

Wang Hao returned to Xihai yesterday. He came to work after half a day's rest. He has been very busy with work recently. He plans to relax for a few days without thinking about anything.

When he saw Ding Zhiqiang and Chen Mengmeng walking in together, and their expressions were very serious, he asked curiously, "What's the problem?"

Chen Mengmeng and Ding Zhiqiang looked at each other, and then said seriously, "Ding Zhiqiang and I are doing a research together, which is about the structure of the particle boundary with mass."

"We think that the particle boundary is also related to the 2.5D topology, but in the process of shaping the 2.5D topology, we encountered a big problem."

"Mathematical expressions are hollow."

"We can't fill in the process of exciting photons at particle boundaries, and we can't actually make mathematical analysis, so the core is to analyze energy."

"If we can use a mathematical method to define and express energy, we can use this to improve the particle boundary framework theory..."

What Chen Mengmeng said was very detailed and serious.

The more Wang Hao listened, the more surprised he became. He covered his forehead with his hand and pressed it several times, "I think your thinking is very clear, very clear."

"Doing research in this direction, indeed, the core point is the expression of energy."

"So do you have any ideas?"

"No."

Chen Mengmeng and Ding Zhiqiang shook their heads together.

Wang Hao asked, "No idea at all?"

"No."

The two continued to shake their heads.

Wang Hao opened his mouth halfway and didn't know what to say. He didn't even have any idea about such a complicated theoretical physics research content, so he came to ask...

It is impossible for him to have any ideas!

It is very difficult for this kind of research in the direction of pure theoretical physics to feed back some correct information, because the correct information fed back by the system is the content that actually exists.

Most of theoretical physics are mathematical analysis methods, and many of them are just expressions to help people understand physical phenomena.

It does not exist in reality, so naturally there is no such thing as 'right or wrong'.

Facing the two students whose eyes were full of thirst for knowledge, Wang Hao certainly couldn't directly give the answer to the activity. He pursed his lips hard, thought carefully, and said, "You can contact relevant research, combine other content, and carefully think."

"Expand your ideas and let your imagination run wild!"

"Although you have achieved great success and Meng Meng has won the Nobel Prize, but the experience of doing research alone is still too little."

"First of all, you need to understand what theoretical physics is."

"Theoretical physics is not the study of real physical phenomena, but the use of mathematical means to analyze those unexplainable physical phenomena."

"Theoretical physics, to put it bluntly, is a means of explanation. Even if the explanation is more accurate, in most cases, we cannot use experimental methods to study whether it is correct."

"So as long as it can explain the phenomenon and justify itself, it can be considered a correct theory, at least until it is overthrown."

"Just like the theory of the eleventh dimension of string theory, the cosmic membrane, etc., even now, no one can deny that it is wrong, because there is no way to give a negative proof, so the physics community can only say whether to believe it or not, but Not right or wrong."

"I said this to tell you that the research of theoretical physics requires more divergent imagination..."

Wang Hao talked a lot continuously, making Ding Zhiqiang and Chen Mengmeng nod frequently.

Then the two went out.

With Wang Hao's encouragement, they at least had a little more confidence, and went back to let their imaginations run wild for research.

Wang Hao breathed a sigh of relief, "Finally dismissed."

"Energy, expression?"

"This level of research cannot be completed in a short time." He thought with the corners of his mouth, "It may be that I have achieved too much, and the students think that I am omnipotent."

...

Wang Hao didn't relax for long. He had just rested for half an hour when there was a knock on the office door.

Helen and Paul came over together.

Recently, Helen also held her breath and wanted to achieve results, because she knew that Ding Zhiqiang was doing research with Chen Mengmeng.

Helen also invited Ding Zhiqiang.

At that time, Ding Zhiqiang directly refused, and at the same time rejected Chen Mengmeng, but she felt that she could accept it, so she turned around and Ding Zhiqiang joined Chen Mengmeng's research.

This is too much!

Helen thinks that Ding Zhiqiang made a wrong choice.

What can Chen Mengmeng research? She even gave up doing research before, and thinking of this, Helen felt even more uncomfortable.

Lost to Chen Mengmeng?

impossible!

Be sure to let everyone know that her research is the most promising!

However, it is very difficult to achieve results in research. Helen felt that she should not ask Wang Hao for any problems, otherwise it would not be purely her own research.

In the end, she heard the news that Chen Mengmeng and Ding Zhiqiang went to find Wang Hao together.

Cheating!

This is cheating!

Helen felt very depressed immediately, so she also dragged Paul over here. Since the opponent had already 'cheated', it was only fair that they should cheat together.

After meeting Wang Hao, Helen talked about her research, "We are studying the formation mode of photons under the force of microscopic electromagnetic field."

"This is directly relevant to the study of first-order waves."

"However, our research is stuck in the analysis of the mass unit, the core of the photon architecture. That research does not have a mathematical expression of the core, but only gives a definition."

"If you can construct the core, you can understand the process of photon generation..."

Helen’s explanation also related to the Higgs particle, “The Higgs particle was created out of thin air, but now it has been proved that the annihilation force field is everywhere. The Higgs particle can be considered to be produced under the environment of the annihilation force field, so how did it form? where?"

"Both Paul and I think it has to do with how the photons are generated."

Wang Hao's head grew dizzy.

He still wanted to continue the old saying just now, but Paul and Helen were obviously not good at 'fooling', so they could only follow along and think about it for a while, and of course there was no result for temporary thinking.

Helen's research direction is no less difficult than that of Chen Mengmeng.

"This kind of research cannot be completed in a short period of time. You should think about it when you go back, and I will also think about it..." Wang Hao finally said.

After Helen and Paul left, Wang Hao really felt a bit of a headache. He found it sad that the students were too good.

He has three students in total.

Helen and Paul Phil-Jones are working together to study the structure and formation process of the photon core.

Ding Zhiqiang and Chen Mengmeng are working on the boundary problem of particles with mass, and they need to use pure mathematics to express energy.

Every study is esoteric to the extreme.

The key is……

When they encountered problems in their research, they all came to him for inquiries.

Wang Hao was at a loss for what to say. He had indeed accomplished a lot of heavyweight achievements, but when it came to the deepest mysteries of physics and the most profound direction of theoretical physics, it was impossible for anyone to have an idea for nothing.

He thought seriously, "There are indeed many directions involved in the theoretical analysis of first-order waves."

"Helen and Chen Mengmeng have found two directions. Only when they are fully resolved can they continue their follow-up research..."

"Both directions are important."

"I hope they have more ideas... Sigh, the students are too good, it's really a headache..."

...

At noon the next day, Wang Hao was leisurely drinking coffee and playing old TV dramas when he heard a knock on the door.

"Enter!"

Chen Mengmeng and Ding Zhiqiang walked in together.

Chen Mengmeng came over full of surprise and said, "Mr. Wang, we have an idea, I don't know if it's right..."

"you say."

"It's like this. We hope to have a mathematical expression for energy. Later, we looked at the content of the photon structure, including the 2.5-dimensional mathematical structure."

"So, can it be understood that energy is a bunch of disordered prime numbers?"

Wang Hao was taken aback, frowned and said, "Tell me in detail."

"That's right."

Chen Mengmeng continued talking.

The structure of photons can be simply expressed as: core-2.5-dimensional topological structure.

The mathematical expression of the 2.5-dimensional topological structure is a series of prime numbers, and their expression of energy is to turn these prime numbers into independent individuals, and together form the microcosmic 'energy'.

"Our idea can be called 'energy priming'."

"When energy is regarded as a large number of disordered independent prime numbers, then the energy intensity is high, that is, the density of prime numbers is high."

"Then we can use this to establish particle boundaries, which are similar to the two-and-a-half-dimensional topological structure of photons, which are a series of prime numbers, but there are more exposed points than a single photon."

"In this way, the definition is given. When the energy intensity, that is, the density of prime numbers is higher than the limit value of the particle boundary, the particle boundary will collide with the energy prime number and combine with the specific energy 'prime number' in the process of Together, to increase the outer topology."

"On the contrary, under the action of the annihilation force field, the prime numbers of the exposed points at the end will be continuously depleted, that is, the topology of the outer layer will be reduced."

"This is the process of particle energy enhancement and loss!"

"..."

Wang Hao listened carefully from the beginning to the end, and he was really shocked, because Chen Mengmeng and Ding Zhiqiang's idea was really wonderful.

Wonderful!

This pure digital analysis method immediately made him think of many problems.

He couldn't help nodding seriously, and the guide said, "You can't just express it, you have to connect with other physical phenomena to analyze it."

"The construction of a theory cannot be imagined out of thin air. The prime number of energy is indeed a good idea. You can connect particle tremors, parity non-conservation, and absolute zero."

"It's all about the construction of particle boundaries."

He said in admiration, "Energy prime number is indeed very thoughtful, and it can be expanded to analyze in many directions. After the research is completed, it may become another important theoretical basis of annihilation physics!"