Research starts with PhD students

Chapter 288 Academician’s open class booked in advance!
The office then discussed who would pass the departmental vote.

The election of new academicians is also very intense.

Approving the candidate nomination is only the first step. There will be a second round of review by the department and finally a vote at the department meeting.

Candidates must compete on academic achievements as well as qualifications.

If one's academic achievements are extremely outstanding, far superior to others, like Zhang Shuo, who has achieved world-class results and won the first Fields Medal in the country, then qualifications are not a problem at all.

On the other hand, if there is no difference in results, qualifications will have an impact.

Luo Yongjun is just over 50 years old and has only been a doctoral supervisor for a few years, so his qualifications are relatively poor.

The academic achievements are indeed amazing, including the NS equation problem, but because the main researcher is Zhang Shuo, how much his contribution is depends on one's own opinion.

Li Weihua's situation is similar.

In this regard, Zhang Shuo's personal influence was also present.

If Zhang Shuo did not have any other important achievements in the academic field after completing the NS equation problem, many people would think that Luo Yongjun and Li Weihua made great contributions.

However, Zhang Shuo's academic performance is amazing.

Not only has he achieved so many important results in the field of mathematics, he has also led the research in new directions of physics, pioneered source-point physics, and developed technologies that are ahead of their time.

Therefore, many scholars believe that Luo Yongjun and Li Weihua are just incidental in the study of the NS equation problem.

As long as it’s still Zhang Shuo!
There is a saying that "whoever works with Zhang Shuo on the NS equation problem will eventually be able to complete it."

Simply put, anyone can be replaced!

This is awkward.

Of course, solving the NS equation problem is definitely a huge plus, but the competition for election as academician is also very fierce.

This year, the Academy of Sciences has 73 additional seats, of which 18 are in the Department of Mathematics and Physics. However, generally speaking, the number of people who pass the review of the academic departments is less than the number of additional seats.

Among the 18 places in the Department of Mathematics and Physics, only 6 are academicians of mathematics. The selection regulations stipulate that there must be no less than 3 people in the field of basic mathematics and no less than 1 person in the field of applied mathematics.

According to the experience in previous years, it is difficult for the number of mathematics academicians who finally pass the review to reach the number of quota places.

In other words, there were only 4 or 5 people who became academicians of mathematics, and 3 or 4 of them were majoring in basic mathematics.

Among the candidates for academicians announced now, 15 scholars are majoring in basic mathematics, and Zhang Shuo has already secured a spot in advance, which means that 14 scholars are competing for 2 to 3 spots, so we can calculate the probability of getting the award.

"No matter how you look at it, the chances are slim. Lao Luo, if you can be selected this year..." Qi Zhixiang paused.

Luo Yongjun's eyes lit up and he immediately asked, "What?"

"Just treat us to a feast!"

"no problem!"

Luo Yongjun slammed the table and agreed. Before anyone else could get confused, he immediately added, "We are all straightforward people!"

"It's my treat, you pay the bill!"

"..."

Zhang Shuo and Li Liu Shuangyue stayed together in a house in the university faculty building and simply took a day off the next day.

I waited until five o'clock in the afternoon before going to the office in the high school building, ready to fulfill my teaching responsibilities and give an open class.

The open class was decided yesterday, and the news was heard in the university this morning. PhD students from the School of Mathematics and the School of Physics can apply to attend the course.

The name of the course is "Source Point Physics - The Relationship between Electromagnetic Force and Gravitation".

The title of the course is very attractive. It directly talks about the content of source physics, and the main focus is on the relationship between the two most common basic forces.

The essential content is the mutual relationship between electromagnetic force and gravitational force in the basic force relationship model.

Most of the course content is published results, but it is still very attractive for Zhang Shuo to lecture in person, especially for scholars and doctoral students who hope to engage in source point physics research or are already engaged in related research.

However, the course content is quite advanced, and even for an excellent PhD in physics, it is not easy to fully understand it.

Those who are familiar with source point physics, or even "Theoretical Connection of Electromagnetism and Gravitation", are well aware of how complicated the mathematical arguments are.

The course is held in a large classroom with more than 200 people.

Half an hour before the class started, the large classroom was already packed with people, a small half of whom were faculty and staff of the school, mostly from the School of Mathematics and the School of Physics, and the rest were doctoral students who had applied to attend the class.

The course on origin physics is very attractive, and Zhang Shuo’s lecture on the basic force relationship model is even more attractive.

In fact, similar course content is extremely rare.

This is mainly because the mathematical analysis related to the basic force relationship model is too complex and profound, and only scholars engaged in theoretical physics research in various disciplines can fully understand its mathematical content.

At the doctoral level, only the most advanced and outstanding students can understand part of the content.

However, Zhang Shuo did not intend to talk about any profound mathematical connection issues right away. He just introduced the basic force relationship model and then made the most basic connection argument.

After all, this is an open class and it is taught to students.

Zhang Shuo mainly gave a general introduction. When it came to complex mathematics, he only said, "If you are interested in this part, you can read the paper."

Even though it was just a brief introduction, the framework took an hour to explain.

Then it expanded.

Zhang Shuo talked about the latest experimental findings on chaotic force fields. "We found in the strong magnetic interference hyperon decay experiment that gravity is a normal transformation of chaotic force fields."

"Normal transformation means that it always exists, but the intensity is relatively weak."

"So we define this normal gravitational transformation as a manifestation of 'weak transformation'."

"Weak transformation can be understood by giving an example."

"For example, on Earth, no matter where you stand, you are affected by gravity."

"What is strong conversion? Suppose there is a place on Earth where the gravity is a hundred or a thousand times that of Earth!"

"Of course, it's just an assumption. This way we can understand what 'strong conversion' is."

"In the technical research done in China, gravity technology is a kind of 'strong gravity' with a chaotic force field."

"I can publicly state that the gravity technology mastered in China can produce a gravity intensity close to that of the Earth's gravity, and may even exceed it."

When this information was spoken, it immediately caused an uproar in the classroom.

The gravity spacecraft and mysterious aircraft mentioned in the public opinion are all believed to be manufactured by domestic teams.

By now, the news has been confirmed.

Someone who can represent accurate information has publicly announced that he has mastered the technology to create artificial gravity and has used it to build a gravity spacecraft, but there is no specific data or information.

The outside world is just speculating that the gravitational force created is very strong.

Zhang Shuo said that the data is close to or even exceeds the gravity of the earth, which is something many people did not expect. They feel that the data is very amazing.

"It's amazing to be able to create a fraction of the Earth's gravity."

"Can the Earth's gravity be surpassed?"

“How can we surpass that?”

“Artificially created gravity can be higher than the Earth’s gravity? It seems to go against science…” Zhang Shuo listened to the discussion from the audience with a smile on his face.

In fact, he did not reveal any confidential information about gravity. The strength of gravity technology has long been no longer confidential.

Although there is no confirmed information from the outside world, the relevant intelligence agencies definitely know it.

The reason why gravity technology cannot be applied on a large scale has nothing to do with gravity technology itself, but mainly because energy technology does not meet the requirements.

He gestured for silence and continued, "Maybe some people find it hard to believe that it can be stronger than the earth's gravity, right?"

Many people nodded.

Zhang Shuo walked off the stage, paced back and forth, and said, "This is the limitation of thinking."

"Humans live on Earth, so they always think about it. But from the perspective of the universe, the Earth is very small."

"What is the gravity of the earth compared to Jupiter and the sun?"

"The elements are the same throughout the universe. There may be some super-large elements that humans have not discovered, but excluding this possibility, other elements are the same."

"So the gravity strength we create with technology cannot be compared with that of the Earth."

“Maybe in the future, not to mention the Earth’s gravity, even ten or a hundred times the Earth’s gravity could be created!”

"So the strength of gravity technology should not be based on the Earth's standards, but on the universe's standards."

"Gravity technology, our research has just passed the starting point..."

After Zhang Shuo finished talking about gravity, he made a comprehensive statement, "In terms of source point physics, or new physics, our research has just started."

"The current technology is capable of transforming electromagnetic force into gravitational force. Some people may even know how to transform electromagnetic force into strong force."

"In the future, we will be able to achieve some new transformations in theoretical and technical exploration, even transformations that are unimaginable now."

“These are things to be studied in the future.”

“There are other very important directions in new physics, such as astrophysics.”

"The combination of origin theory and other new physics research with astronomy has just begun. I have seen some related research abroad, and there are some very wonderful discussions that have solved some problems in astronomy."

“But in astronomy, there are a lot of unsolved problems, and the same is true in other fields.”

“I hope that everyone can listen to this class and have an understanding of source point physics and new physics directions, which can help everyone find the future direction…”

The course ends here.

Under the gaze of everyone, Zhang Shuo simply packed up and walked out of the classroom.

After he left, the classroom suddenly became noisy and many people couldn't help but start discussing loudly.

"Listen to what Professor Zhang Shuo said just now? The strength of gravity technology is compared to the universe..."

"If we create a force that exceeds the Earth's gravity now, will we be able to create a force as strong as a black hole's gravity in the future?"

“Black holes also have sizes.”

"I am, of course, referring to the black hole in the middle of the Milky Way!"

"Wouldn't that make us invincible? Build a spaceship, fly it to Jupiter, and absorb Jupiter directly?"

"..."

"This class is so exciting. I understood most of it. It seems to be targeted at students."

"A lot of difficult math was not taught. It was skipped because it was too complicated."

"It's meaningless. If you're interested, just go and read the paper."

"..."

"Now I know how to write a paper and what content is easy to publish."

"how to write?"

"Combining astrophysics with the theory of origin! Didn't Professor Zhang Shuo say that there are very few studies combining astrophysics with new physics?"

"Combine the two, and then write something nonsense about an astronomical problem. As long as there are more settings and there are no major loopholes in the underlying mathematical logic, no one can say that the research is wrong!"

“Source point physics is valued worldwide, and papers like this are easy to publish!”

"..."

This idea has been recognized by many doctoral students in astrophysics, theoretical physics and basic mathematics, and some professors and associate professors also find it very interesting.

I gain a lot from listening to lectures and I also gain a lot from giving lectures.

After Zhang Shuo walked out of the classroom, he went to the office in the high school building first. He stayed there quietly for a long time, thinking about a question in his mind.

The enrichment of the basic force relationship model mainly relies on the theoretical connection between the four major forces.

There is still very little research at present. For example, the theoretical connection between electromagnetic force and gravity. In fact, the connection between the two has not been fully clarified. It is just the problem of connecting electromagnetic force to gravity, which is a one-way connection between force.

Conversely, when it comes to gravity to electromagnetic force, there is no clue at all.

The research on basic force correlation is very large, and it is not easy to study each correlation thoroughly. It requires a rich foundation and very complex research.

Therefore, when it comes to research related to theory, it is not just about completing the research task; the research process is also very important.

As source point physics becomes increasingly richer, the connections between various studies become more and more numerous, and experiments can also discover many close relationships.

This is the experiment of chaotic force field. The transformation from chaotic force field to strong force was detected, but the influence of weak force was found.

All at once, three basic forces were involved.

After establishing the task of 'weak force experimental impact', he subconsciously felt that he should complete the research first.

Now he feels that he should not do special research just to complete a task. To him, a small research related to experimental findings is completely meaningless. What makes sense is to clarify the physical laws contained therein.

“Don’t give up just because it’s too difficult.”

"Upgrade the difficulty of the task!"

"Accumulate slowly..."

He made a decision and immediately opened the task system, raising the task difficulty to the highest level.

[The difficulty of the mission has increased! ]

【Task 1】

[Research project name: Principle of fluctuation deviation in chaotic force field experiment (difficulty assessment: S).]

【Progress: 0.372%.】

(The task can be canceled. The current number of research coins required to cancel the task is 0.)
(The remaining progress requires 12000 scientific research coins.)
"Research coins required 12000?"

"12000. It takes 120 research coins to make a little progress. The difficulty is really high. It is worthy of being an S-level task..."

……

(End of this chapter)