Research starts with PhD students

Chapter 333: New gravity spaceship Shark!
After the release of the new issue of "Source Point Physics", it has received widespread attention from the international academic community and even public opinion.

The latter's attention is mainly due to the fact that a famous scholar publicly lamented the difficulty of the paper, claiming that he could fully understand the paper and was qualified to become a tenured professor of physics in a top university.

Many people saw the news and paid attention to the paper with interest, but found that they couldn’t even understand the title.

"The amplification effect of quantum entanglement in strong force transformation".

"I know every word, but when they are put together, I can't understand them at all?"

Not to mention ordinary people, even professional physicists were a little confused when they saw this title. Only after reading the introduction did they realize that it was a theoretical paper that explained how the transformation of strong force in a chaotic force field experiment was interfered by quantum entanglement.

When they actually looked at the content, they found that the underlying mathematical logic was obscure and difficult to understand.

Everyone who read the paper felt the same way.

The main body of the paper is twenty-three pages long, which may not sound like too much, but the expression of each part and the derivation of each step involve a lot of professional knowledge, and it is cross-disciplinary professional knowledge, and its logical relationship is also very difficult to understand.

Most of the scholars who can understand part of it are top theoretical physicists. Many of them studied the standard model of particles, string theory, cosmology, etc., and later turned to the field of source point physics.

“Even if you have a solid foundation of knowledge, it is still very difficult to understand because the paper involves a lot of abstract transformations.”

"There are many interdisciplinary transformations, which are very critical," said A. Blount Robinson, a director of the Nuclear Organization and a famous French theoretical physicist. "Some of them involve the connection between two physics, some describe the connection and transformation of force fields in force field conduction or basic force relationship models, and some are the smallest physical expressions, that is, the connection between quantum quanta."

"To understand each part, you must study it very deeply and understand its physical background. At the same time, you must have enough knowledge about source point physics and chaotic force field experiments."

The reporter immediately asked Blount Robinson how much he understood.

"I understood some of it, but not much. Sometimes I just skipped it when I didn't understand it."

“I hope to understand it all, not to test whether the paper is right or wrong, but to understand the content.”

"Professor Zhang Shuo is the pioneer of source point physics. His theoretical research has a profound impact in the field of new physics. He is the most influential physicist in the 21st century so far. His theories, research and expressions are very important for the exploration of new physics and the future development of science and technology. I believe they will have a far-reaching impact..."

"So, the news I want to hear most now is that Professor Zhang Shuo has decided to give an academic report on this paper. I will go no matter where it is held, even in Antarctica."

Blount Robinson's words touched many people's hearts.

Physicists who are engaged in research in new physics directions all hope to understand the content of the paper, but it is too difficult to understand it on their own.

Zhang Shuo’s theoretical research is also very important.

It is now recognized that human technology is in an era of breakthrough changes. If we want to keep up with the times in this era of change, we must master the most cutting-edge knowledge, including theoretical knowledge of physics.

In this new era, many people have fallen behind.

For example, some scholars who are engaged in research in the standard model of particles, string theory, etc.

They continued with their original research and rejected the content of the new physics direction, with the result that they could not even apply for research projects.

Many older scholars in universities have simply given up scientific research and can only focus on teaching.

They are the group eliminated by the new era.

Some of them were top international scholars ten years ago, and some have even won international awards. However, with the rise of new physics, those who refused to embrace new physics were eliminated.

Therefore, many scholars who are chasing the times hope to listen to Zhang Shuo talk about his paper so that they can better understand the content.

These people are not only foreign scholars, but also many domestic scholars.

Many domestic scholars who knew Zhang Shuo simply took the initiative to send emails or call to inquire.

Zhu Peng from the Institute of Physics of the Chinese Academy of Sciences was one of them. He asked Zhang Shuo if he wanted to give a report on the paper.

"Our entire group is researching this, and many people have asked me about it."

Zhu Peng said with a distressed look, "I really don't understand. Academician Zhang, do you have any plans to give an academic report? Or can you take some time to tell us about it..."

"academic report?"

Zhang Shuo felt it was troublesome when he heard it.

To give an academic report, you have to hold a special conference or go to a special institution to meet a large number of scholars.

This type of reporting is time-consuming and laborious.

The most important thing is that the content of the paper is very complex and covers a very wide range. Every part must be discussed, and it is not easy to explain it clearly.

Two or three hours?
impossible!
Zhang Shuo didn't want to spend several days explaining the contents of the paper to others.

Personally, he has long passed the stage of giving academic reports in pursuit of recognition for his research.

The paper has been published.

If you are interested in the paper, you can take a look at it. If you don’t want to read it, forget it. It doesn’t matter how you view the content.

He doesn't care.

But if you think about it carefully, the promotion of theory is indeed very important, and research in new directions has just begun.

More people will understand the theoretical content, and more people will participate in research in new directions, including theory and technology. There will also be many new research results and many novel ideas.

These are still very important.

Most people cannot understand the paper, which will affect the promotion of the theory and future research.

For example, the chaos force field project team still needs a lot of people who understand theory, otherwise future experiments will not be designed.

"How about this."

Zhang thought about it carefully and came up with a method, "When the time comes, shoot a few videos and upload them."

"video?"

Zhu Peng was a little confused. He didn't understand for a moment, but he immediately realized, "Shoot a video explaining the content of the paper?"

"Correct."

Zhang Shuo nodded and continued to talk about his thoughts, "It's just a lecture anyway, it doesn't have to be an academic report."

"I asked our team to explain each part separately, and then shoot videos and upload them online."

"When the time comes, it will be public. Anyone who wants to understand the content can just take a look."

"Uh~~"

It was the first time that Zhu Peng knew about this method, but he thought it made a lot of sense.

Others who have completed new research are eager to give academic reports, hoping that more scholars in professional fields will recognize the research content.

Zhang Shuo does not need recognition from others at all. His purpose is to explain the content of the paper, so he does not need to make any academic reports. Instead, shooting a video to explain is a very good way.

With videos, the explanations will be clearer and not as messy and confusing as academic reports.

In addition, the video can be played back and forth, so if there is something you don't understand, you can listen to it again and again and ponder it again and again. "Academician Zhang, you are really smart, young, and keep up with the trend. This method is great."

"Then we'll wait for the video!"

After Zhu Peng finished speaking, he put down the phone. He felt that Zhang Shuo had come up with a very good idea.

New era, new ways!

Now it is not about getting others to recognize the content of the paper, but about others hoping to understand the content of the paper.

There is no point in giving academic reports.

Instead, make a video, speak seriously, and have each person speak separately. Then you can watch the video over and over again.

This is a really great idea.

After Zhang Shuo hung up the phone, he went to the theory office and talked to Liu Mingkun, Guo Hua and others.

The others were also a little confused when they heard it.

There is nothing wrong with making academic reports and giving speeches at conferences, but making a video to talk about the contents of a paper?
Never experienced this!
Now that the impact of papers is so great, after the video is released, there will definitely be many scholars who will watch it, and even many ordinary people will click on it to watch it.

Of course, most people outside the field cannot patiently watch all the videos, but no matter what, they appeared on the video, and perhaps many media will report on the video footage.

Liu Mingkun, Guo Hua and others suddenly felt nervous when they thought about it.

Zhang Shuo gave a brief explanation and then divided the work among them. Everyone had to participate and be responsible for their own part of the research.

There are some very critical contents, especially those that are difficult to understand, and he will explain them himself.

that's it.

Once the video is shot, it will be posted directly on the Internet.

Zhang Shuo originally wanted to post it on the websites of Soochow University and the Center for Research on the Origin Point Theory, but Zhu Peng seemed to have spread the news, and many scholars knew that Zhang Shuo was going to make a video to talk about his paper.

Several major online media outlets approached them to discuss cooperation, hoping that they would publish the website on their own platforms.

This matter is the responsibility of specialized personnel.

In the end, they still found a large media outlet to publish the article. One reason was that they were worried about the impact on traffic as the university’s website could not handle such a large amount of traffic. Another reason was that the media outlet also provided cooperation funds.

Although it is publicly released and free to watch, the funding received is not much, but it is still more money, and can also give office staff a bonus for business income.

After the work was explained, Zhang Shuo felt more relaxed. He was responsible for explaining the most difficult parts, which could be completed in about two hours.

The rest are under the charge of specialized personnel.

People in the theory office were also busy as well. Everyone was taking care of their own personal image, preparing PPTs, and drafting lecture content. People from other departments also came to help after hearing the news. Some people even took the initiative to take charge of filming, provide professional filming suggestions, and so on.

Zhang Shuo found that it was a good idea to carry out similar activities occasionally, and everyone’s work enthusiasm seemed to have increased.

……

In addition to shooting videos and explaining the contents of the paper, Zhang Shuo's main focus is on the next step of the chaos force field research team - the detection of quantum entanglement.

It is extremely difficult to make high-precision measurements of the quantum entanglement that occurs in chaotic force field experiments.

Many people know about quantum entanglement, but don't know what it is exactly.

Mainly clarify the concept of quantum.

Quantum, that is, if a physical quantity has the smallest indivisible basic unit, then this physical quantity is quantized, and the smallest unit is called quantum.

Quantization means that the numerical value of a physical quantity is discrete rather than continuous and arbitrary. For example, in an atom, the energy of an electron is quantized.

In the microscopic world, everything including energy and particles can be defined in quantized terms.

Quantum entanglement is a quantum coupling phenomenon that occurs in the microscopic field.

When several particles interact with each other, the characteristics of each particle are integrated into the overall property. It is impossible to describe the properties of each particle individually, and only the properties of the overall system can be described. This phenomenon is called quantum entanglement or quantum entanglement.

Quantum entanglement is a phenomenon that occurs purely in quantum systems.

In the microscopic field, there are a large number of quantum entanglement phenomena. It can be understood that as long as there is interaction between particles, quantum entanglement may occur.

Therefore, in all kinds of experiments and physical phenomena, from a microscopic perspective, there will be particle coupling, that is, quantum entanglement.

When Zhang Shuo proposed the amplifying effect of quantum entanglement, others were not puzzled about whether quantum entanglement existed in the experiment, but how quantum entanglement would affect the transformation of chaotic force field into strong force.

In the original physical theory, the quantum entanglement phenomenon itself does not affect the microscopic or macroscopic experimental results.

Of course, at this stage of the research, the important thing is how to accurately measure the quantum entanglement phenomenon that occurs in the experiment.

This is very difficult work.

The biggest difficulty is that the experiment lasts for a very short time and there are certain thermal reactions inside, so quantum measurements cannot be made.

There are many difficult problems in experimental design.

But no matter how difficult it is, technical problems must be overcome. After introducing the concept of expanding the impact of quantum entanglement, everyone knows the importance of research.

This research will connect quantum physics, particle physics and new physics, and further realize the unification of physics.

While paying attention to the work of the Chaos Field Team, Zhang Shuo also received news from other teams.

Liu Zhiwen's team brought good news that the new generation of gravity aircraft they are researching is ready to enter the test flight stage.

"If nothing goes wrong, we can start the test flight next month."

Liu Zhiwen's voice was filled with excitement and excitement.

Their research and development speed was still very fast. It only took a few months from finalizing the plan for the new aircraft to manufacturing the prototype.

If the news were announced, it would definitely cause a huge discussion.

This speed of R&D and manufacturing is simply unimaginable, but it is normal if you think about it carefully.

The new gravity aircraft has only two core technologies: gravity technology and hydrogen bomb battery.

Hydrogen bomb batteries provide energy, and gravity technology itself is the power.

By putting the two technologies together, and then designing the cockpit and the appearance of the aircraft, it can be manufactured and tested directly.

The new aircraft was eventually named 'White Shark' and the original 'Flying Dolphin' was scrapped.

On the one hand, the name 'Feitun' is not domineering enough.

On the other hand, during the research and manufacturing process of the aircraft, the appearance design was modified to a certain extent, and as a result, the "dolphin" became a "shark".

(End of this chapter)