Research starts with PhD students

Chapter 289 International Conference! Cooperation is necessary, and technological backwardness is costly!

A new international conference on source point theory was held at Donggang International Conference Center.

One week before the conference, a large number of scholars from all over the world have gathered in Donggang, many of whom are influential figures in the field of physics.

The experimental teams attending the conference are mainly the three chaos field experimental teams - the Nuclear Organization, the United States Joint Team and the Chaos Field Project International Organization.

The U.S.-China joint team is led by Fermilab and includes scholars from many universities and institutions.

The Chaos Force Field Project International Organization is a newly established international joint research group headed by the Chaos Force Field Research Group of the Institute of High Energy Physics.

Although there are three major experimental teams, the first two were affected by major accidents, and their original equipment has been damaged, making it impossible to conduct experimental research in a short period of time.

Experimental research, of course, cannot proceed without the support of equipment.

The Organization for Nuclear Research and Fermilab both have plans to rebuild their equipment and have raised enough funds.

The problem is that the equipment construction plan has not been finalized.

This is still the impact of an experimental accident.

Without the technical prerequisites to deal with experimental risks, even if new equipment is built, it may be damaged again in future experiments and major accidents may still occur.

Therefore, both teams attached great importance to the International Conference on Source Point Theory and not only sent core scholars, but also politicians and officials to accompany them.

They hope to resolve the issue during the meeting.

Some scholars from the two teams participated in the previous chaos force field experiment and joined the international organization of the chaos force field project.

Not only scholars have joined in, but there are also countries and institutions behind the scenes who are funding the construction of large-scale chaos force field experimental bases in China and even providing certain technical support.

Funding and technical support are naturally exchanged for the opportunity to participate in experiments.

They come to attend the International Conference on Source Point Theory and hope to get in touch with relevant people to discuss direct cooperation with the Chaos Force Field Research Group, hoping that the latter can provide technical support in equipment construction and safety protection.

In this context, the Chaos Field Project International Organization is the absolute core.

They are the only team that can conduct experimental research on chaos force fields, and they are also the team that possesses the "special transformation point safety protection" technology.

The other two experimental teams need to rely on the Chaos Field Project International Organization to continue their equipment construction plans.

There are also negotiations outside of meetings.

It is impossible for the Chaos Field Project International Organization to provide unconditional technical support to the other two teams.

Technology can be exchanged for funds, other technologies, or even other exchangeable chips.

Negotiations will also be contacts between high-level people.

In any case, any experimental institution, including the Nuclear Organization and Fermilab, is very eager to reach a cooperation, because they are eyeing the new type of nuclear reaction contained in the chaos force field experiment, that is, the nuclear force splitting reaction.

The nuclear fission reaction is so important.

Based on this, China has developed three major technologies with great impact:
Made of gold!
Ion anti-air weapon!

A new energy technology that can replace nuclear fusion to produce unlimited energy!
Each of the three major technologies has far-reaching impacts, and when developed, they are enough to affect various fields such as finance, industry, energy, and military.

Before coming to Donggang, officials from the Ministry of Energy solemnly said, "Only by mastering new nuclear reaction technology can we have a chance to compete with domestic companies in the future."

"Otherwise, there won't even be a chance!"

"The cost of falling behind in science and technology is high. Regardless of the field of technology, we will fall behind in all aspects..."

"The world pattern will also undergo major changes as a result, and everything will be centered on the country..."

This is unacceptable.

The United States team also came with a mission, but in fact, what they didn't know was that the chaos force field experiment had little to do with the new nuclear reaction manufacturing technology.

This involves the issue of "instantaneous and non-instantaneous transformation" of basic forces.

The technologies supported by nuclear fission reactions are all instantaneous transformations, that is, the electromagnetic force is instantly transformed into a strong force.

The main research object of the chaos force field experiment is the chaos force field, and the transformation of the chaos force field is multi-directional.

Even at singularities, points of strong transformation, what occurs is 'non-instantaneous transformation'.

Transformation requires experimentation and a process of existence.

This is also the subject of research.

Through the gradual transformation process, we study the characteristics of chaotic force fields and learn more about basic physics.

The difference between the two can be illustrated with an example.

The strong force changes that occur in the chaotic force field experiment can be regarded as the wind in nature. If a team wants to study the characteristics of wind, they will find an area where wind often occurs and continuously measure the wind intensity. After accumulating a large amount of data, the conclusions obtained are mostly related to meteorological changes. At most, they can learn more about the characteristics of wind.

No matter how you study it, it has nothing to do with artificial wind power technology.

The nuclear fission reaction directly creates a "super-large hair dryer", which is itself a wind power manufacturing technology. The research direction is to improve the internal technology and various applications of wind power.

There is no direct correlation between the two.

Zhang Shuo has studied this very thoroughly, and he specifically mentioned it during the capital meeting and also submitted a report to explain it.

As for the international conference on source theory held in Donggang, he did not participate at all, whether it was experimental cooperation, technology exchange, or other work.

But I still know that cooperation will definitely be achieved.

Part of the reason is that cooperation is mutually beneficial.

In addition, it is impossible to keep technical information related to the experiment completely confidential.

The chaos force field experiment itself is an open basic physics experiment of international collaboration, rather than a completely confidential research.

The international collaborative experiment involves many international scholars. After conducting many experiments, certain information can be inferred just from the experimental data, not to mention using other means.

In addition, there is no point in keeping the experimental safety technology confidential. When it comes to the study of non-instantaneous transformation of chaotic force fields, the more research teams there are, the better. More research will lead to more discoveries, and basic discoveries are all public.

Zhang Shuo is also not involved in any affairs of the ongoing International Conference on Source Point Theory. He only attends the conference as an invited scholar and is responsible for reviewing some academic reports.

Given Zhang Shuo's influence, he certainly would not just be invited to serve as a judge, but he simply turned down all other jobs.

The conference itself was initiated by the Source Point Theory Research Center, and the academic papers from the conference will be published in the journal Source Point Physics.

These are already great gains, and there is not much meaning in participating in other work.

Various academic reports are the biggest gain for Zhang Shuo.

In the last chaotic force field experiment, we discovered fluctuation deviations in the comparative experimental data. The same experiment, the same intensity, and no hardware problems resulted in a huge deviation in the fluctuations, which was a new discovery.

The teams and scholars involved in the experiment knew the news, and naturally the international physics community also knew the news.

There is little discussion in the international community, mainly because the content is too professional.

Just like particle collision experiments, even if there are major discoveries, it is difficult to see them in public opinion.

Now new physics is nothing new. Source point physics and chaotic force field experiments have been around for a long time and the novelty has worn off. Unless there are some major discoveries, public opinion will not be interested.

Experimental research on chaotic force fields is also limited to the academic field. Of course, this does not affect the importance of the research.

The chaos force field experiment is a top priority in the international physics community. After the experiment, many institutions and scholars who did not participate in the experiment applied to view the data, and some even made some exchanges.

With so many scholars and institutions involved in the research, a large number of research results have emerged in just less than two months.

Many related theoretical reports were also presented at the source point theory research conference.

"Chaotic Force Field Experiments: The Impact of Quantum Entanglement".

Volatility Bias: Analysis of the Singularity.

"Strong weakening effect caused by alpha and beta rays".

"The Biasing Effects of Weakened Control by Technology".

Study after study, report after report.

Most of the content is fundamentally wrong, but some of it is still desirable, such as the impact of quantum entanglement and the impact of particle fission reactions.

The α and β rays are demonstrated based on the basic fermion direction, which makes people feel enlightened.

The reason why so many scholars have devoted themselves to the research is mainly because volatility deviation is a new discovery and it is a new discovery that has not been cracked.

Many scholars hope to prove the problem from a theoretical perspective, and a number of related studies have emerged.

Basic force relationship model, energy force field standard theory, particle collision experimental deviation connection particle standard model, quantum physics...

There's even an analysis of string theory included.

and many more.

It sounds interesting to read a bunch of theoretical papers while studying an experimental problem at the same time.

Among them, the research of the Institute of High Energy Physics Center is very outstanding. They contributed several papers on the impact of fluctuation deviations caused by weak force.

Liao Zhenyu was the first to report on the "weak force effect".

When the idea of ​​'weak force' was proposed, it was obvious that the scholars' eyes lit up and they couldn't help but discuss it. "Weak force, it's indeed possible!"

"The splitting of the nucleus by nuclear force is a nuclear fission reaction. The weak force also acts on hyperon decay. It is normal for the weak force to have an impact."

"Until now, there has been very little research on the weak force, and the fluctuation deviation may really be an effect of the weak force."

"This study is very interesting. From the perspective of weak force, it believes that weak force brings about 'uncertain' effects, which is much more credible than several other reports..."

At the meeting, Zhang Shuo served as the reviewer.

He looked at the meeting schedule and went to various halls to listen to reports related to fluctuation deviation, and gained a lot in the process.

The progress of S-level tasks can also reflect the gains.

[Task 0.154, progress +%. ]

[Task 0.219, progress +%. ]

[Task 0.340, progress +...]

【Task 1...】

Keep listening to reports and the task progress will continue to improve.

Zhang Shuo really enjoyed this process and felt that every report, even if the research basis was wrong, could bring great benefits.

The meeting report lasted for three days. After listening to the last report, I realized that the mission had been greatly improved.

To be exact, it is '11.26%'.

This number is very astonishing, because the task is of S-level difficulty and requires 12000 scientific research coins.

Each point is equivalent to 120 scientific research coins.

In other words, just by listening to the report, the progress of scientific research coins has increased by more than 1320, which can be described as incredible.

However, the situation is not replicable because the volatility bias has just been discovered and many international scholars are very interested in it, which is why so many research papers have appeared.

There will definitely be new papers appearing internationally in the future. Reading them may help improve the progress of the task.

However, research cannot be completed just by reading papers.

There is an upper limit to this improvement, and once the upper limit is reached, you will have to spend money to continue the subsequent research.

After the academic conference, Zhang Shuo felt that he had gained not only the progress of the task, but also the overall ideas about the research on source point theory.

To perfect the source point theory, it is ultimately necessary to analyze the chaotic force field and study the interrelationships between the four major forces.

The relationship between each basic force is very complex.

The chaos field is even more complex, and exploring its physical properties is like studying the power of a god.

With the human brain's thinking ability, will it be able to understand it eventually?

Zhang Shuo didn't know.

But what is certain is that each part of the research is very difficult, and the research results of others can help you improve the "big direction" research and speed up the progress.

So when you come across some small discoveries, maybe you shouldn’t solve them directly, but leave the opportunity to others.

As a result, a lot of research will emerge.

He can constantly review other people's research, integrate it together to improve the progress of the main research, and improve the theory better and faster.

"Keep a calm mind and don't worry about small studies."

“It’s also important to give others a chance…”

That's the problem.

His personal influence is too great, but when he made a small discovery, what he said became authoritative and the standard answer.

Just like the Physics Center of the Institute of High Energy Physics, he said that fluctuation deviation is related to weak force, and the research reports he produced were all related to weak force.

If the influence of weak force had not been mentioned at that time, they might have had many other ideas, and their thinking would not have been limited to the scope of weak force.

Even if the basis of the research is wrong, the error of the basis does not mean that the research is meaningless.

Some arguments involving other directions can also be of great significance.

"In the future, we still need to do large-scale research in the theoretical field, at least to reach the A-level difficulty."

“Those small studies and discoveries can be handed over to others to do, or even opened up to the world.”

"Unless it is technical, a little progress in theoretical direction is of no importance at all..."

"Just like what Academician Tan Youming said, we need to calm down, focus on one research, and accumulate slowly..."

(End of this chapter)