Normally, if you want to make iron-based or copper-based superconducting materials exceeding 100K, the molecular structure will become very complicated.

In terms of the selection of element materials, just a "Type 1" is too vague.

With so much information, the research direction can be said to be very clear.

Deng Huanshan immediately cheered up and immediately summoned others to start preparations. He couldn't wait to start research.

…

Wang Hao is not participating in experimental research work for the time being. His high-temperature superconducting material research task has an inspiration value of 23 points, but it is still far from being completed. What is missing is experimental data.

In the absence of experimental data, no matter how perfect the theory is, it is meaningless, and applied research will definitely have no results.

Therefore, Wang Hao was not in a hurry, he continued to do his research patiently.

Annihilation theory.

The task inspiration value of the mathematical framework of annihilation theory has reached 40 points. The results are already in my mind, but I still need to sort it out if I want to complete the research.

40 points, not 100 points.

Wang Hao had no way to use the inspiration value to sort out the information in his mind, so he could only do research patiently on his own. He built a mathematical system of annihilation theory based on the theory of superconducting condensed matter physics.

This part of the content is mainly related to the analysis of electron motion in condensed matter physics.

If we simply understand the two theories, the semi-topological theory starts from the composition of elements, and can also be understood as the analysis of atoms.

Most conventional superconducting condensed matter physics theories are studied based on the movement of electrons.

For example, a, b, d, s waves... are all electron waves.

The connection between semi-topological theory and superconducting condensed matter physics theory can be simply understood as the connection between atomic theory and electronic theory.

"However, only constructing the annihilation theory can only form a very small bridge."

"The movement of electrons is too complicated..."

"Follow-up more results in superconducting condensed matter physics research are needed..."

Wang Hao shook his head thoughtfully.

This is also the significance of conventional superconducting condensed matter physics research.

He conducted research patiently and continued to rely on the underlying condensed matter physics theory to develop a mathematical framework for the annihilation theory.

To simply understand, it is to analyze the role of the annihilation force based on the movement of electrons inside the superconductor. Because the role of the annihilation force is mainly reflected in the topology of the microstructure and the electron-based description. Relatively speaking,

It's more sideways to say.

While Wang Hao was doing research, he felt that the mathematical expression was not clear, and he even felt that he had not completed the research.

While rummaging through theories related to condensed matter physics, there was a sudden knock on the office door, and Chen Mengmeng walked in with a piece of information.

"Teacher Wang, let me ask a question." Chen Mengmeng said.

"you say."

Wang Hao raised his head.

Chen Mengmeng put the information on the table and asked, "I am studying the Yang-Mills equation. The mass gap problem of the equation has not been solved, which means that the foundation of the standard model of particles is missing."

"And what we study is the manifestation of annihilation force in quantum physics. So can it be understood that some anomalies in quantum physics may be the manifestation of the annihilation force?"

"If that's the case, there are a lot of directions we could take."

"That's it."

Wang Hao affirmed, "What we are studying is a special case problem. If it is a complete theory, it is of course impossible to add the role of annihilation force."

"The standard model of particles is not perfect, and the theory of quantum physics is not perfect either."

"There is nothing wrong with your idea. What we mainly study is that specific situation, find out these situations,

An analysis of one situation is enough.”

Wang Hao said enough: "I can easily write a paper.

After receiving Wang Hao's affirmation, Chen Mengmeng's face suddenly showed a relaxed smile. She had been thinking about this issue to determine her research direction.

Afterwards, Chen Mengmeng talked about an anomaly again, discussed it with Wang Hao, and figured out what to do next.

After Chen Mengmeng left, Wang Hao also thought about the question she raised, and suddenly thought of the mass gap problem of the Yang-Mills equation.

That's one of the mathematical problems of the millennium.

"The mass gap means that it cannot cover all the mass, so I am now shaping the mathematical system of annihilation force to connect the atoms and electrons inside the superconductor..."

His eyes suddenly lit up as he thought about it, and a new prompt appeared in the system.

[Task 1, inspiration value +6.]

really!

It is good news that there is progress in the Yang-Mills equation task, but Wang Hao had a strange look on his face, "So, it is probably the annihilation force that hinders the function of the Yang-Mills equation?"

"What conclusion is this?"

"If it is really the annihilation force that causes Yang-Mills to be unable to cover all masses, to a certain extent, can it be said that the problem of the Yang-Mills equation is solved?"

"..."
Chapter completed!