Chapter 483: Energy primeization is wonderful! Another theoretical basis for annihilation physics!
Chen Mengmeng's research ideas are very clear, but it is 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 have been discussing this issue.
It is of course easy to explain the concept of energy clearly. The external manifestations of energy are diverse. For example, in physics, the unit of energy is Joule, which is the same as the unit of work.
In nutrition, calories will be used as the unit of energy from now on, and 1 calorie is approximately equal to 4.184 joules.
In the fields of atomic physics, nuclear physics, particle physics and other fields, the electron volt (ev) is used as the energy unit, 1 electron volt = 1.60, 1810-19 joules.
In the field of theoretical physics, erg (erg) is used as the unit of energy, 1 erg = 10-7th power joule.
etc.
There are so many units of energy, precisely because it manifests itself differently in different directions. In reality, it is easy to come into contact with mechanical energy, chemical energy, internal energy, light energy, biological energy, etc. Different forms of energy can pass between each other.
Physical or chemical reactions to transform each other.
But no matter what the form of expression or analysis method is, there is no way to directly express energy that completely uses mathematics.
"What we want to analyze is the microscopic manifestation of energy."
"Energy must be analyzed as a mathematical law or mathematical situation. With such a tool, we can conduct subsequent research."
"Then what exactly should we do?"
This problem troubled Chen Mengmeng for a week, and also troubled Ding Zhiqiang, because Chen Mengmeng always discussed it with Ding Zhiqiang.
Now Ding Zhiqiang's idea has changed, because he feels that Chen Mengmeng's research is indeed very interesting, using the expression of a mathematical law to explain the existence of microscopic energy.
How interesting?
"Thinking about it makes people's blood boil!" Ding Zhiqiang was not only thinking when he was discussing with Chen Mengmeng, but he couldn't help but think about it in his free time.
Then he found himself trapped in a demonic barrier, "Something's wrong!"
"What's the point of doing research? Isn't it still mathematics? Complex mathematics and complex research are a waste of brain cells and life..."
"It's better to play games."
Ding Zhiqiang kept saying this to himself, but even while playing the game, he couldn't help but think about it. In the end, he lost to himself, "Just this time, just this time."
"As soon as this problem is found out, return to normal life as soon as possible. Don't be affected by these 007 workaholics!"
He began to focus on research with Chen Mengmeng.
When they actually got into research, they found that it was too difficult to come up with a good idea. From a microphysical perspective, energy was still just a definition.
Trying to express this definition using mathematics seems to be no different from creating something out of thin air.
"We must think together with content from other fields, and we cannot imagine it out of thin air..." Ding Zhiqiang grasped the idea and made suggestions.
Chen Mengmeng is also very serious.
They began to read the information carefully, but they still couldn't figure it out for a while.
That morning, Chen Mengmeng came to the second floor of the laboratory and found the door of the director's office opened. He immediately shouted towards the door, "Ding Zhiqiang, Teacher Wang is here!"
The two of them walked over together.
Wang Hao returned to Xihai yesterday and came to work after a half-day rest. His work has been very busy recently, so he planned to just relax for a few more days without thinking about anything.
When he saw Ding Zhiqiang and Chen Mengmeng walking in together, with very serious expressions, he asked curiously, "What's the problem?"
Chen Mengmeng and Ding Zhiqiang looked at each other, and then said seriously, "I am doing research with Ding Zhiqiang on the structure of the boundary of particles with mass."
"We believe that particle boundaries are also related to the 2.5-dimensional topological structure, but in the process of shaping the 2.5-dimensional topological structure, we encountered a big problem."
"Mathematical expressions are empty."
"We can't fill in the process of exciting photons at the particle boundary, so we can't actually make a mathematical analysis, so the core lies in analyzing the energy."
"If we can use a mathematical method to define and express energy, we can improve the particle boundary architecture theory..."
Chen Mengmeng spoke in great detail and earnestly.
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."
"If you do research in this direction, indeed, the core point lies in the expression of energy."
"So do you have any ideas?"
"No."
Chen Mengmeng and Ding Zhiqiang shook their heads together.
Wang Hao asked, "Don't have any idea?"
"No."
The two continued to shake their heads.
Wang Hao opened his mouth half-open and didn't know what to say. He didn't even have any idea about such a complicated theoretical physics research, so he came over to ask...
It’s impossible for him to have any ideas!
For this type of purely theoretical physics research, it is very difficult to feed back some correct information, because the correct information fed back by the system is actually existing content.
Most of theoretical physics are mathematical analysis methods, and many are just expressions to help people understand physical phenomena.
It doesn't exist in reality, so there is no such thing as "right or wrong".
Facing two students with eyes full of curiosity, Wang Hao of course couldn't directly tell the answer to the activity. He pursed his lips hard, considered it carefully, and said, "You can contact relevant research, combine it with other content, and carefully
think."
"Expand your ideas and spread your imagination!"
"Although you have achieved great success and Meng Meng even won the Nobel Prize, you still have too little experience in doing research alone."
"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 physical phenomena that cannot be explained."
This chapter is not over yet, please click on the next page to continue reading! "Theoretical physics, to put it bluntly, is a means of explanation. Even if the explanation is precise, in most cases, we cannot use experimental means 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 overturned."
"Just like the eleven dimensions of string theory, cosmic brane and other theories, even now no one can deny that it is wrong, because there is no way to refute it, so the physics community can only say whether to believe it or not, and
It’s not right or wrong.”
"I'm just telling you that research in theoretical physics requires more divergent imagination..."
Wang Hao said a lot in succession, making Ding Zhiqiang and Chen Mengmeng nod frequently.
Then the two of them went out.
After Wang Hao's encouragement, they at least had a little more confidence and continued to use their imaginations to do research.
Wang Hao breathed a sigh of relief, "Finally sent him away."
"Energy, expression?"
"Research of this level cannot be completed in a short period of time." He thought with his lips twitching, "Maybe I have too many achievements, which makes students think that I am omnipotent."
…
Wang Hao could not 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 has also been holding back her breath to achieve results because she knows that Ding Zhiqiang is doing research with Chen Mengmeng.
Helen also invited Ding Zhiqiang.
At that time, Ding Zhiqiang directly refused, and he also rejected Chen Mengmeng, which made her feel that she could still accept it. In the end, she turned around and Ding Zhiqiang joined Chen Mengmeng's research.
This is really too much!
Helen thinks Ding Zhiqiang made the wrong choice.
What can Chen Mengmeng research? She even gave up doing research before. Thinking of this, Helen felt even more uncomfortable.
Lost to Chen Mengmeng?
impossible!
Everyone must know that her research is the most promising!
However, it is difficult to achieve results in research. Helen felt that she should not approach Wang Hao when encountering problems, otherwise it would not be purely her own research.
As a result, she heard the news that Chen Mengmeng and Ding Zhiqiang went to find Wang Hao together.
Cheating!
This is cheating!
Helen suddenly felt very depressed, so she also dragged Paul over. Since her opponent had already 'cheated', it was only fair that they should also cheat together.
After meeting Wang Hao, Helen talked about her research, "We are studying the formation mode of photons under microscopic electromagnetic field force."
"This is directly related to the study of first-order waves."
"However, our research is stuck on 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 we can construct the core, we can understand the generation process of photons..."
Helen’s explanation also related to the Higgs particle, “The Higgs particle was created out of thin air, but now it has been proven that the annihilation force field is everywhere. The Higgs particle can be considered to be generated in an annihilation force field environment. So how is it formed?
What about?"
"Both Paul and I think it has something to do with how photons are produced."
Wang Hao's head was pounding after hearing this.
He also wanted to continue the same old statement just now, but Paul and Helen were obviously not easy to 'fool', so he could only think about it for a while, and of course there was no result in thinking temporarily.
Helen's research direction is no less difficult than Chen Mengmeng's.
"This kind of research cannot be completed in a short time. You go back and think about it more, and I will think about it too..." Wang Hao finally said.
After Helen and Paul left, Wang Haozhen felt a little headache. He found that it was sad that 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 photon cores.
A group of Ding Zhiqiang and Chen Mengmeng studied the boundary problem of particles with mass, which also required pure mathematical means to express energy.
Every research is profound to the extreme.
The key is……
When they encountered problems in their research, they all came to him for inquiries.
Wang Hao was a bit at a loss what to say. He had indeed accomplished many important achievements, but when it came to the lowest level mysteries of physics and the most profound directions of theoretical physics, it was impossible for anyone to just have an idea.
He thought seriously, "The theoretical analysis of first-order waves does involve many directions."
"Helen and Chen Mengmeng have found two directions. Only by fully analyzing them can we continue the follow-up research..."
"Both directions are important."
"I hope they have more ideas... Sigh, the students are so good, it's really a headache..."
…
At noon the next day, Wang Hao was leisurely drinking coffee and watching some old TV series when he heard a knock on the door outside.
"Enter!"
Chen Mengmeng and Ding Zhiqiang walked in together.
Chen Mengmeng came over full of surprise and said, "Teacher Wang, we have an idea, I don't know if it is right..."
"you say."
"That's right, we wanted to express the energy mathematically, and then we looked at the content of the photon framework, including the two-point-five-dimensional mathematical framework."
"So, can it be understood that energy is just a lot of disordered prime numbers?"
Wang Hao was stunned for a moment, frowned and said, "Tell me in detail."
"That's right."
Chen Mengmeng continued to talk.
The structure of photons can be simply expressed as: core-two-point-five-dimensional topological structure.
The mathematical expression of the two-point five-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 they constitute microscopic 'energy'.
“Our idea can be called ‘energy primeization’.”
"When energy is regarded as a large number of disordered independent prime numbers, then the energy intensity is high, which means the density of prime numbers is high."
"Then we can use this to establish the particle boundary, which is similar to the two-point-five-dimensional topological structure of photons. It is a series of prime numbers, but compared to a single photon, there are more exposed points."
"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 a specific energy 'prime number'.
Together, we can increase the outer topology."
"On the contrary, under the action of the annihilation force field, the prime numbers of the final exposed points will continue to be lost, which means the outer topology will be reduced."
"This is the process of particle energy enhancement and loss!"
"..."
Wang Hao listened carefully from beginning to end. He was really shocked because Chen Mengmeng and Ding Zhiqiang's idea was so wonderful.
Indescribably wonderful!
This purely numerical analysis method immediately made him think of many questions.
He couldn't help but nodded seriously and guided, "It cannot be simply expressed. It must be analyzed in conjunction with other physical phenomena."
"The construction of a theory cannot be imagined out of thin air. Energy priming is indeed a good idea. You can connect it to the problem of particle tremor, parity non-conservation, and the issue of absolute zero."
"These are all related to the construction of particle boundaries."
He said with complete admiration, "Energy primeization is indeed a very interesting idea, and it can be extended to analysis in many directions. After the research is completed, it may become another important theoretical basis for annihilation physics!"