Research starts with PhD students

Chapter 232: News exposed, international shock, nuclear organization: We also want to study gravity technology!
Zhang Shuo was shocked by his own thoughts.

The flying saucer-shaped gravity spacecraft has an energy device similar to a hydrogen bomb at its center, which can provide a steady supply of electricity.

Such an aircraft would not need to replenish energy for decades, just like a nuclear-powered aircraft, and would be pollution-free.

Whether in terms of technology or function, it is already perfect.

If you think about it from an outsider's perspective, the idea seems so far ahead of its time, like science fiction rather than a technology that should exist in reality.

"But it is possible..."

At the conference that just ended, many scholars talked about the origin point theory and also touched upon the issue of nuclear fusion, which has yet to achieve a technological breakthrough.

The most important problem to be solved in nuclear fusion is reaction control.

Zhang Shuo actually has a solution to this problem, and he briefly mentioned it when talking to scholars.

The main difficulty in controlling nuclear fusion lies in the exponential explosive reaction.

Because the explosive reaction is too intense, some external interference methods, including magnetic field control and active particle control, are very difficult. As long as the reaction intensity is high and exceeds the critical control capability of the equipment, big problems will arise.

The solution is to interfere with the activity of particles within the reaction.

The specific method is to add some kind of regulating material inside the nuclear fusion reaction. The regulating material will be associated with the strong force under the influence of the external magnetic field, and then through the close contact between particles, it will affect the more active reaction particles, thereby achieving the purpose of controlling the reaction speed.

The "regulation" of regulating materials does not mean interference in the form of external field forces. In fact, there is no large-scale "strong influence field".

The regulating material is also in an ionic state, but it achieves a certain commonality with the strong force under the interference of the magnetic field, so that when it comes into close contact with the reactive particles, it affects the activity of the latter.

This is the process that reduces the rate of the reaction.

If the influence of the regulating material continues, the reaction rate will continue to decrease. The decrease in reaction rate will also reduce the internal temperature, which in turn affects the activity of the regulating material particles.

When the activity of the particles of the regulating material is reduced below the critical line that affects the site, its effect on the fusion reaction will disappear.

In this way, the nuclear fusion reaction will rapidly intensify.

The whole process is——

Reaction rate increased -> regulatory interference -> reaction rate decreased -> regulatory reduction -> reaction rate increased...

This forms a repetitive and continuous cycle of adjustment.

Under the condition that the external environment remains unchanged, autonomous control and regulation of internal reactions are achieved, and the nuclear fusion reaction is kept within the equilibrium threshold range.

Zhang Shuo has been thinking about the problem of controlling nuclear fusion all the time.

He certainly does not want to study controlled nuclear fusion technology. In fact, controlled nuclear fusion is not necessarily stronger than new energy technologies, and the R&D investment and technical difficulty are much higher than new energy technologies.

From the perspective of technical difficulty and cost, controlled nuclear fusion has been eliminated.

He was thinking about "using a stable strong force environment to create electromagnetic force in turn".

Nuclear fusion can provide a stable strong force environment. If we can find the inverse relationship between strong force and electromagnetic force, we can output magnetic field or electricity continuously with a stable strong force environment.

This will create a 'hydrogen bomb battery'.

Of course, it is just an idea for now. There are still many problems to be solved in order to manufacture a hydrogen bomb battery. The foundation of the foundation is to complete the research on "data and theoretical correlation between electromagnetic force and strong force."

“This is our new direction.”

After returning to Sudong City, Zhang Shuo immediately went to the Source Point Theory Research Center and convened the core members of the theoretical group in the office on the first floor of the newly built research center to discuss the research direction.

"We have completed the theoretical connection between electromagnetism and gravity, and the new direction is to study the connection between electromagnetism and strong force."

“This direction is relatively more difficult, but it is of great significance.”

"Whether it is for theory or application technology, it is very important. In fact, we already have a certain foundation in this direction. The first thing we need to solve is the complex underlying logical structure..."

Zhang Shuo spoke seriously.

In addition to Zhang Shuo, Li Liu and Shuangyue, there were five other researchers present, including Tang Haiyi, Guo Hua, Liu Mingkun, Jiang Zhiyang and Xue Bin.

Liu Mingkun has participated in theoretical research on the relationship between electromagnetic force and gravity, and has become one of the top scholars in the field of basic force relationship models.

After the theoretical center was established, Zhang Shuo invited Liu Mingkun to work at the theoretical center.

Previously, Liu Mingkun was a professor at Capital University of Science and Technology and only participated in Zhang Shuo's project team. But now after receiving the invitation, he has made up his mind to come.

In more than two months, Liu Mingkun finished all his work at Capital University of Science and Technology, officially joined the Source Point Theory Research Center, and became a member of the Theoretical Office.

The Theoretical Office is also the core team of the Source Point Theory Research Center.

Jiang Zhiyang and Xue Bin are from the Theoretical Physics Laboratory of the Institute of High Energy Physics and the Physics Research Center of the University of Science and Technology of China respectively. Both were sent here to participate in theoretical and experimental work for the project.

After the gravity creation experiment was completed, the two were invited by Zhang Shuo to stay and work.

If Zhang Shuo himself is not counted, there are only five researchers in the Theoretical Office, which is a relatively small number, but theoretical research does not require a large number of manpower.

That doesn't make sense at all.

It's like studying a math problem. A few people are enough. If you form a large team, most people won't be able to participate in the work, and the team will become chaotic internally, which won't help solve complex theoretical problems at all.

……

While defining a new direction for the Theoretical Office, Zhang Shuo has established two tasks.

【Task 2】

[Research project name: Theoretical connection between electromagnetic force and strong force (difficulty assessment: A). ]

【Progress: 25.321%.】

(The remaining progress requires 4750 scientific research coins.)
-

【Task 3】

[Research project name: Experimental support for data correlation between electromagnetic force and strong force (Difficulty assessment: B).]

【Progress: 20.732%.】

(The remaining progress requires 640 scientific research coins.)
The two tasks look similar, but their actual contents are completely different.

The first task is to study the mathematical model of the relationship between electromagnetic force and strong force, which is similar to the 'theoretical relationship between electromagnetic force and gravity'.

The second is experimentally supported data analysis research, which can be regarded as the direction of "data mining". Based on the existing experimental data, other numerical correlations are analyzed.

Zhang Shuo hopes to use this to find the solution to the associated numerical problems. If it can be put into application, that would be the best, but if it cannot be put into application, there will be no loss.

At the same time, the correlation value is also a benefit for theoretical research.

After determining the new research direction, the researchers in the Theory Office were very excited because they had completed the theoretical connection between electromagnetism and gravity. The influence of the theoretical connection between electromagnetism and gravity is so great that it not only verified the theoretical basis through experiments, but also supported the development of a technology to artificially create gravity.

Now we are studying the relationship between electromagnetic force and strong force. Can we use this to connect experiments and support the development of new technologies?
This sounds very interesting.

The original theoretical physics research was a purely complex mathematical analysis framework. Its purpose was not to solve any problems, but to express and complete complex mathematical and logical problems.

It's like solving a very complex math problem.

From a mathematical perspective, it is certainly meaningful, but the research may be very boring and tedious.

It sounds much more interesting when it can support the research of high-end technology while solving complex mathematical problems.

They all felt different.

While they were excited and expectant, they also felt a heavy burden on their shoulders, but at the same time, they also felt very honored.

When others know that they are doing theoretical research with Zhang Shuo, everyone will give them a thumbs up.

Some leaders would pat them on the shoulders and say, "The future of technology depends on you!"

Many people will also be amazed.

This gives them a sense of mission, as if they have become some big shot, shouldering the great mission of leading the development of human science and technology and changing the world.

Think about...

Very exciting!

……

New direction research of the Source Point Theory Office has begun.

Everyone is very serious and everyone works very hard.

Zhang Shuo grasped the general direction and also participated in the research. On the other hand, the gravity technology experiments and exchanges with various departments were handed over to Yao Qiming, Xue Baikun and others as well as representatives from the military, the Science and Technology Industry Bureau, and the Science and Technology Department.

During this period, a team of 20 people from Fermilab completed a visit to the Institute of High Energy Physics.

The visiting team was led by laboratory director Leah Meminga, and another important person in charge was Zaquin Fernandez-Garcia.

They visited the Institute of High Energy Physics' Physics Center, the Electron-Positron Collision Experiment Base, and the Chaos Force Field Research Group Experiment Base.

The Chaos Force Field Research Group, also known as the former CP Group, has a new research direction. It mainly conducts strong magnetic interference hyperon decay experiments to study the chaos force field. The CP Group was officially renamed the 'Chaos Force Field Research Group'.

After the visit, Fermilab and the Institute of High Energy Physics reached some cooperation frameworks and agreements.

This includes cooperation in theoretical research, sharing of experimental data and results, and experimental cooperation in joint research on chaotic positions.

At the same time, they plan to jointly hold a theoretical and experimental meeting on the research and development of chaos force fields.

After these news were reported, they immediately influenced international public opinion.

Fermilab took the initiative to visit the Institute of High Energy Physics and reached theoretical cooperation in the direction of source point theory, as well as experimental cooperation in the study of chaos force fields, which clearly illustrates Fermilab's views on research directions.

At the same time, some information obtained by the Department of Energy's intelligence network also appeared in the media.

A major media outlet clearly reported that "It is reported that Zhang Shuo's project team has detected clear gravitational field signals. They have achieved artificial gravity and mastered the relevant technology."

"According to reliable information, the gravity they have created is more than half of the Earth's gravity, and may even be higher, and can support the use of aerospace."

After these news reports were released, they caused an uproar in the international community.

Public opinion quickly shifted.

All previous international ridicule of Zhang Shuo’s theoretical direction has disappeared.

Many people's comments turned into criticism and sarcasm, "Science does have national boundaries, it's just that we draw the boundaries."

“People don’t support Chaos Field Theory because they know that this research direction is wrong!”

"Mike Joel fooled the whole world, but he failed to fool China. Their decision-makers made the right decision."

"It turns out that they were right, and we actually believed in some kind of high-risk dark matter. Now I think it's ridiculous."

“This is certainly a problem among the so-called top scholars.”

"Those top scholars spoke out, expressed a lot of distrust, and praised Mike Joel's theory. The decision-makers believed these voices, and the media also reported on them..."

"This is incredible. Artificially creating a gravitational field? If we knew about it later, our technology would have fallen behind!"

"It's not too late to know now, right?"

"I have long thought it is impossible. String theory is all a lie. What high-dimensional, multi-dimensional? We live in a three-dimensional universe. How can we possibly discover anything high-dimensional, let alone develop the technology?"

Among the many voices, the most embarrassing one is the nuclear organization.

A lot of public opinion also pointed to the Nuclear Organization because they had just announced a cut with the Institute of High Energy Physics, rejected the fundamental force relationship model, fully supported Michael Joel's theory, and took the study of high-dimensional dark matter as a new experimental direction.

Results In the research direction of basic force relationship model, artificial gravity has been achieved.

What should we do now?
There is no doubt that the established experimental plan they had drawn up had been declared bankrupt in advance.

The new direction will undoubtedly be the source point theory.

Source point theory, basic force relationship model, theoretical relationship between electromagnetic force and gravity...

These theories represent the right direction!

If we cannot change direction quickly, nuclear organizations will fall behind in high-energy physics, theoretical physics and other fields.

They could not accept being left behind, so they immediately organized a new meeting.

This meeting was still aimed at the new direction, but the tone of the meeting had completely changed. No one talked about Mike Joel's theory anymore, only Zhang Shuo's theoretical direction was discussed.

At the meeting, a scholar directly pointed out the new direction, "Our first priority is to complete the replication experiment. We must know how to create gravity, that is, to measure the gravitational signal in the experiment."

“We are going to set up a special project team to study this issue.”

"The basis of the research on gravitational signals is the theoretical connection between electromagnetic force and gravity. This theory is public, and there is also a theoretical connection model between the two fundamental forces."

"I believe that their experiment must be based on this, that is, to find the solution of the theoretical correlation model, and use the solution to conduct experiments to find the gravitational signal..."

"The direction is clear. We have so many mathematicians and physicists working together on a mathematical model. We will definitely be able to find better and more optimal solutions. By then, we may discover more than just gravitational signals or gravitational field signals..."

"We can even develop gravity technology that can be applied!"

(End of this chapter)