Wang Hao has clarified the next research direction, which is to build the basis of annihilation theory and analyze the most basic mass point problem of energy and matter composition.
Among the research contents on mass points, the most in-depth is the construction of mesons (photons, gluons), and a two-point five-dimensional topological structure is proposed.
The two-point five-dimensional structure plus the basic mass point is the structure of the meson.
This structure is a theoretical inference, revealing the essential principles of photon lifetime, decay generation and annihilation force.
In the definition of basic theory, a mass point existing alone in space will be directly annihilated.
At the same time, as the basic unit of matter and energy, the existence of mass points is also very unusual. They can be combined in various forms and more complex situations to resist the action of the annihilation force.
In the process of resisting the annihilation force, the three most basic microscopic forces, strong force, weak force and electromagnetic force, will also be formed.
Under such a basic theory, it is of course a very complicated problem to construct mass points.
After establishing a new task, Wang Hao couldn't even find a starting point for a while. He simply went to the university to open an open class in the direction of theoretical physics as before, hoping to rely on students with more active ideas to find some research directions.
inspiration.
Wang Hao's opening of the program to the public is naturally unusual. After the School of Science of Xihai University made the announcement, a large number of students immediately signed up.
Many faculty and staff who saw the news decided to go and attend the class.
Wang Hao also prepared for the course. He mainly explained the problem of photon architecture, which did not involve complex mathematical problems. He just gave a brief introduction so that students could have an understanding and a concept of annihilation theory.
This class was still rewarding, and my inspiration level increased a bit after the class ended.
However, there is no direct direction.
Wang Hao also knew that in the face of such difficult research, it was impossible to find a general direction through hit-and-miss lectures, so he could only temporarily put his research on hold and devote himself to experiments with mysterious rays.
The structure of the mass point is very important, as it is related to the explanation of the strong annihilation force, the analysis of physical discoveries such as the magnetic field's repulsion of the strong annihilation force and mysterious rays.
The mysterious ray is a direct physical discovery, which is also very important and has huge research potential.
More importantly, the mysterious ray can be directly studied experimentally.
The Antigravity Behavior Research Center already has the technology to create mysterious rays. Through only three experiments, they can effectively control the direction of the ray burst.
Afterwards, they tested the effect and intensity of the rays.
This detection method is to place a fixed material in the direction of the ray burst, and then detect changes in the material.
Unfortunately.
The detection of material changes did not achieve the desired results.
What Wang Hao hopes to see is a qualitative change in the material. To put it simply, it means that the properties of atoms have changed under the influence of mysterious rays.
For example, iron atoms are still iron atoms, but due to changes in electron orbits and atomic nuclei, they exhibit stronger properties than conventional iron atoms.
Theoretically speaking, changes in atomic properties are reflected in the material, and the density, toughness and other properties of conventional metallic iron become higher.
Unfortunately, it was still not detected.
"The f-rays produced now are still not strong enough..."
This is the final conclusion.
The source of the mysterious ray is the strong annihilation force field, which was initially named "field force ray" and represented by the letter "f".
In fact, it is normal for the field strength to be low. The helical magnetic field they created was temporarily assembled by disassembling the parts of a small tokamak. The superimposed force field is not the highest strength.
The strength of the existing equipment is still too low, whether it is the strength of the superimposed force field or the strength of the magnetic field. The strength of the strong annihilation force field and f-rays created is naturally not high enough and has not reached the upper limit of technology.
In addition, another point was brought up by He Yi, "We have not done high-intensity testing. We should give it a try when this phase of the experiment is completed."
The so-called high-intensity test is to keep the spiral magnetic field surrounding the strong annihilation force field.
Under the repulsion of the spiral magnetic field, the strong annihilation force field will act on the internal weak annihilation force field, that is, the anti-gravity field, which will increase the strength of the anti-gravity field.
The experiments they conducted all found that the strength of the anti-gravity field increased, and they immediately opened the gap to let the field force explode. If they continued to wait, danger might arise.
If there is an 'explosion' type of danger, not only the equipment will be damaged, but also the experimental room and the personnel involved in the experiment will be very dangerous.
But high-intensity testing will definitely be done, that is, after a series of testing experiments are completed, the equipment will almost lose its value, and a remote control experiment can be conducted to see what will happen if the spiral magnetic field is maintained all the time.
The results of this experiment are important.
Wang Hao thought for a while and said, "Let's wait until October. When I come back from the capital, you can continue to do regular experiments and take all the experimental materials to the Materials Research Institute in Xijing."
"I hope there will be results..."
…
It was already mid-September, and Wang Hao was preparing to leave for the capital to attend the grand ceremony.
Before going to the capital, Wang Hao still got in touch with his only two current students, Ding Zhiqiang and Qiu Hui'an.
Qiu Hui'an is still unhurried and unhurried. He seems to be immersed in the joy of studying for a PhD. He has no feeling of looking forward to graduation. He seems to hope to continue studying?
Anyway, that’s how Wang Hao sees it.
But it is actually understandable. Qiu Hui'an's PhD career was too comfortable. Unlike ordinary PhDs who are busy in the laboratory and have insufficient income to spend, Qiu Hui'an completed Legendre's conjecture when he was a graduate student, and added
He was Wang Hao's student, which made him famous in the mathematics community.
This kind of genius will naturally be valued. The country, provincial education, schools, and even the Mathematics Foundation will all provide certain subsidies. In addition, Wang Hao’s subsidy as a tutor, all added together, you can get it every month.
Nearly 30,000 yuan, which is no worse than the salary earned by an ordinary doctorate.
This chapter is not over yet, please click on the next page to continue reading! In addition, Qiu Hui'an's process of studying for a Ph.D. is to study and do research by himself, and the rest of the time is spent relaxing and resting.
Under such conditions, he can concentrate on his own research and naturally will not be eager to graduate.
Ding Zhiqiang is a little different.
Ding Zhiqiang concurrently works in the calculation group of the Superconducting Materials Laboratory, and his income is higher than Qiu Hui'an, but he still hopes to graduate and writes his doctoral thesis seriously.
"The Hamiltonian structure of the Kaup-Newell equation and its algebraic geometric solution..."
After Wang Hao read the title, he pursed his lips and shook his head, but continued reading.
After a brief browse, he raised his head and looked at the worried face in front of him, and asked funnyly, "Is this the masterpiece that you shared the pains and took more than half a year to complete?"
At the end, the word "masterpiece" is accented.
Ding Zhiqiang quickly lowered his head and said with anxiety, "Teacher Wang, I am really busy with work. I think this is in line with the level of a doctoral thesis."
"If it were applied to an ordinary doctor, it would definitely be fine." Wang Hao continued, "But you can't."
"Why?" Ding Zhiqiang raised his head dissatisfied.
Wang Hao said matter-of-factly, "Look at some of my students, Helen, Chen Mengmeng, and your two seniors. Their doctoral thesis is "Strong Annihilation Force." It is still considered to be the Strong Annihilation Force by International Physics.
The theoretical basis of.”
"Qiu Hui'an, he is concentrating on methodological research and has already achieved certain results."
"Let's put it this way, if he takes out every bit of his research, it will be much better than yours."
"Your paper has a certain level, but compared to your ability, it's too poor!"
Wang Hao said that he couldn't help but hate the iron. This was the first time he was so dissatisfied with Ding Zhiqiang. Such a genius worked hard for half a year, but he only produced such a paper?
Overkill and underutilized!
This is all just trying to cope with it!
It goes without saying how important a doctoral thesis is. To some extent, it is even more important than a doctoral diploma. The content of the doctoral thesis explains the main research direction during the doctoral study and in the future.
"After taking this paper out, do you want to find a job as a lecturer on partial differential equations or algebraic geometry?"
"What a pity for you!"
"If you want, of course you can stay in the computing group, but I hope you can go further and make achievements in the research of mathematical theory!"
"Zhiqiang, you can't be greedy for a moment of leisure. You represent the future of the country!"
"..."
Ding Ziqiang listened blankly, feeling that a lot of hats were placed on his head, and he was suddenly under great pressure.
I am a genius?
Do I represent the future of the country?
this……
To be continued...