Rule department scholar

The safety of space exploration is the most important thing to be guaranteed, so what Zhao Yi cares about is the safety ship manufactured by the National Aeronautics and Space Administration. The safety is all designed and manufactured by the National Aeronautics and Space Administration. It uses solar energy transmission technology as the power and is designed to be closed and simple to control. spaceship.

The safety boat has an electric motor driven by solar power transmission, which can make the hull rotate in space at low speed.

Technically speaking, safe boats are very simple.

The safety ship will be carried directly on the transport ship. If something unexpected happens to the transport ship, the astronauts can leave with the safety ship, which is tantamount to abandoning the transport ship.

In fact, the safety ship is very simple to understand, just like a lifeboat in a sea ship.

If something goes wrong with the big boat, you can escape in a small boat.

Zhao Yi went to see the construction work of the transport ship, and pointed out the relevant technical issues, so as to ensure that the materials in the ship can be supported for a longer period of time.

After checking the safety ship, Zhao Yi returned to his research work with peace of mind. He waited for Edward Witten, Qiu Chengwen and others in the building of the Science and Technology Department.

The building of the Science and Technology Department is where the superior arranges for research and development.

In fact, the environment for research and development must be better in the university, but because of the confidentiality involved and the convenience of the location, I finally chose the vacant floor of the Science and Technology Department.

Qiu Chengwen, Edward Witten and others all came.

The first thing Zhao Yi saw was Zhang Qican. Zhang Qican had been waiting for a long time. He had been serving as Zhao Yi's assistant and came over as soon as he received the news.

The two waited until Edward Witten.

Edward Witten was still very enthusiastic. He hugged Zhao Yi and said with some emotion, "Zhao Yi, I knew you would think of me. Thank you for such an important research."

"You're welcome, I trust you." Zhao Yi smiled, "No one is more suitable for this research than you."

"I believe so."

Ai Wei Teng-Wei Teng has a lot of information, but up to now, he doesn't know what the research is. He only knows that it is related to Z wave. Z wave is an absolutely confidential technology. It feels very good to accept this extremely high-end technology. Excited, "What research is it, can you tell me now?"

"Let's wait for Professor Qiu to join me. I don't want to explain twice."

Zhao Yi shook his head and said.

"Okay." Edward Witten complained helplessly, "I don't know when he will come. I feel that every minute is suffering."

Before everyone got together, Zhao Yi chatted with Edward Witten, and Edward Witten talked about other things, "Several old guys emailed me, saying that they all want to come here to do research, ask Am I capable of letting them come?"

"There are also a few of my original students, but for the students, I refused or didn't reply, but there are a few old guys, I really hope they can come."

"Who is there?" Zhao Yi asked with interest.

Edward Witten said a few names, "Powles, Shitlowski, and Belit."

Among these few people, some have heard of it, some have not, but everyone who has heard the name is a top mathematician or physicist.

Zhao Yidao, "If they really want to work here, they can apply. It should be possible to go through the normal channels. I recently learned that the policy intends to vigorously attract talents, especially theoretical talents."

"If they are willing to come and work, there will definitely be no problem with their remuneration."

This can still be guaranteed.

Ten years ago, domestic scientific research compensation was far behind that of foreign countries, and the salary level can explain the problem, and the difference is even several times.

However, in recent years, China has increased its support for scientific research, and the funding related to scientific research has been rising steadily. At the same time, administrative positions have been cut vigorously, and the status and remuneration of scientific research personnel have been significantly improved.

Although there are still some differences in salary compared with the same level, the gap is not so obvious.

In addition, there are several world-class large projects in China, which are not available in foreign countries, and they are also at the forefront of the latest technology, which is very attractive to top talents.

Therefore, many top talents hope to come to China for development, because they know that they have access to the most cutting-edge science and technology in China.

Now in many fields, it can be said that China is the core of technology.

In terms of domestic policy formulation, it also focuses on attracting talents. One of them is to ease the difficulty of green-card application. It is relatively easy for scientific research talents to apply for green-card.

For example, Nobel and Fields award winners can directly apply for a green card as long as they live and work in China for a long time.

However, it is still very difficult to engage in research related to confidentiality.

Qiu Chengwen finally came.

Qiu Chengwen came a little late, and he said apologetically, "There is a lot of work to be done in advance, sorry for taking so long."

In fact, Qiu Chengwen was a little nervous, because it was his first time to participate in a similar research, and he knew about anti-gravity technology, but the Z wave was completely blank.

Similarly, Edward Witten is also a little nervous. They all understand how important Z-wave is. As long as they participate in research related to Z-wave, at least they will never leave the country until it is fully disclosed to the world.

This is the technology with the highest level of secrecy.

However, they still came.

The main reason is that Z-wave technology is so attractive.

This is the most cutting-edge research of human beings so far, and it can be connected with compressed space technology and space shuttle technology, which is the apex of physics.

Of course, far from the apex.

At least that's how Zhao Yi saw it. After everyone came, he talked about the problems encountered in the experiment.

"We created nuclear fusion out of thin air." Zhao Yi's beginning was amazing. "To put it bluntly, we created nuclear fusion in a vacuum."

"According to my personal speculation, there should be space particle transmission. We combined Z-wave technology with space transmission, and found that some particles completed the space jump and appeared in a completely closed vacuum environment, and then happened fusion reaction."

"Until now, we have no definite experimental conclusions, but what is certain is that the same experiment will have the same result."

"So, our best approach is to conduct research theoretically."

Zhao Yi continued, "My idea is to analyze the space. Only by gaining a better understanding of the space can we answer the question of why particle teleportation occurs."

Edward Witten, Qiu Chengwen, and even Zhang Qican were all amazed. They never expected to hear such big news directly.

A nuclear fusion reaction appeared out of thin air?

Particle transport?

Isn't the latter equivalent to material transmission?

Edward Witten opened his mouth in surprise, "So our research is to create a magic circle? It directly connects two places."

"My God, this is just amazing!"

"If you didn't say it, I would think I was listening to a magic story."

Qiu Chengwen also nodded.

Isn't material transmission just a magic circle?There seems to be no similar 'technology' in domestic myths and legends.

This is magic!

Zhang Qican is relatively calm. After studying with Zhao Yi for so long, he has cultivated a calm heart.

After Zhao Yi made a brief introduction, he talked about the relevant research direction, "I will not provide you with some space-related theoretical content, and our research is not to continue in-depth, but to discuss particle transmission from other angles. possible."

This is the research direction.

Zhao Yi's research is not to take out all the space theories, let everyone understand together, and continue to do in-depth research together, but hopes to analyze this problem from other angles with mathematical methods.

Edward Witten is best at string theory, and Qiu Chengwen is good at Einstein-related theories.

Zhang Qican is about the same as Zhao Yi. Among all the people, he knows the most about space mathematics. In the latest technology-related theories, his understanding can be said to be second only to Zhao Yi.

"This is exactly what I am good at." Edward Witten was very excited when he heard that he was using his good theory to do relevant analysis. At the same time, he was looking forward to the mathematical theory of space correlation.

The same goes for Qiu Chengwen.

This is a rare opportunity to get in touch with space mathematics.

Although Space Mathematics was created by Zhao Yi, because of the confidentiality involved, many contents are sealed and not made public.

Everyone knows that Zhao Yi's understanding of space is very deep, but to what extent, there are only a few people who know it.

Zhao Yi trusted Edward Witten and Qiu Chengwen very much. He directly took out some space mathematics, most of which were related to Z wave.

Then he started to explain.

Although the explanation will take up a part of the time, Zhuge Liang is the top of the three cobblers. What's more, Qiu Chengwen, Edward Witten, and Zhang Qican are all top mathematicians and theoretical physicists. Their genius level can be said to be far away. Higher than myself.

Without the help of the system, even with the support of profound mathematical knowledge, he knew that he would not be able to reach this level.

With the help of the three of them, you can greatly expand your thinking and find a way to solve problems.

For the next three days, Zhao Yi has been explaining space mathematics.

Space mathematics can be said to be a brand new subject, but it is not listed as a separate subject because most of the content is not made public.

The space mathematics that is circulating now is only the "Cosmology" published by Zhao Yi.

Space mathematics is mentioned in "Cosmology", and the relevant content is also very simple, and some things are even very vague.

Both Edward Witten and Qiu Chengwen have carefully studied Zhao Yi's "Particle Boundary Theory" and "Cosmology", and combined with their current knowledge of space mathematics, they immediately understood the relevant content better.

"So that's the case. I've always been curious about how your theory was resolved."

"I doubted this theory before, because it seemed that the demonstration process was missing. Now I finally understand that there are highly compressed particles inside the black hole!"

"Using high-pressure particles can create Z-waves, which directly affect the expansion of space, and space can absorb—"

"So, our research is, what exactly is space? Right!"

After three days of continuous explanation, both Edward Witten and Qiu Chengwen understood.

Zhao Yi also has to feel that geniuses are different from ordinary people. In the process of researching anti-gravity and Z-waves, he also had a theory group, and he also gave many lectures to the theory group, and explained a lot of things. .

At that time, he found that Ruan Wenye was already very good, and among the core members of the theory team, Ruan Wenye was arguably the most stupid one. It took more than a month for the theoretical content related to theoretical anti-gravity, and during the research process, it can be said that there was nothing contribute.

Now facing the more difficult space mathematics, Edward Witten and Qiu Chengwen can understand the general idea in only three days.

This is the gap between geniuses and ordinary people.

That's right!

In front of Edward Witten and Qiu Chengwen, mathematicians and physicists at Ruan Wenye's level can only be classified as ordinary people.

"It would be great if every student is this kind of genius." Zhao Yi sighed.

In fact, he hopes that more people will join in space research, so as to expand research and enrich the content related to space mathematics.

What is a little embarrassing now is that most of his research on space mathematics cannot be understood by most people. Only he and Zhang Qican really understand.

Zhang Qican has been doing the work of summarizing and collating space mathematics, but his ability alone is limited. Just a space mathematics formula, that is, the analysis of the "spirit code", is enough to write a book.

"Perhaps, Zhang Qican will do this job for the rest of his life."

Zhao Yi thought, "Perhaps, Professor Qiu and Edward can also join in this work, and organize the content of space mathematics together, so that in a few years or decades, space mathematics can really become a subject, even if It’s more complicated, but it can also be learned slowly.”

"Instead of the so-called 'divine code', something that can only be understood by a 'divine'."

Chapter 686 An Experiment That I Didn't Dare To Do On Earth

Theoretical research officially started.

The core members of the theoretical group are almost doing research in retreat.

Zhao Yi hopes to demonstrate the mathematical structure of the particle transport process from various angles, and every angle needs to be combined with spatial mathematical analysis.

They are all doing math work that they are good at.

Qiu Chengwen is good at Einstein's theory. He has done a lot of mathematical work related to Einstein's theory, including solving the Calabi conjecture of Keller-Einstein's metric existence, and also proving the solution of Monge-Ampère equation of real and complex The existence of , and prove the high-dimensional Minkowski problem, and so on.

Now Qiu Chengwen chooses to start with the analysis of the behavior of minimal surfaces in space and time, that is, the positive mass conjecture in Einstein's general theory of relativity, and continue to make inferences in combination with space mathematics.

At the same time, his mathematical research also needs to combine the conjecture of mirror symmetry, hoping to find the 'symmetry' of particle transmission.

Edward Witten started from M-theory and superstring theory. When it involves the problem of space dimension, and then connects with space mathematics, it can be related to particle transmission.

String theory is closer to the mathematics of space than Einstein's theory.

Therefore, Edward Witten's research progressed much faster than that of Qiu Chengwen.

Zhao Yi and Zhang Qican carried out in-depth analysis from the perspective of space mathematics. They understand the perfect space mathematics system and have a theoretical basis for Z-wave and space link technology.

Combining the mathematics of the two technologies for derivation will definitely be closer to the truth.

Three directions, three angles.

After a week of continuous research, the work of several people came to an end, and a small internal meeting was held.

Qiu Chengwen briefly introduced his research, and then said, "I think particle teleportation, that is, particles jumping in space, also conforms to symmetry."

"The symmetry could be that of energy and matter."

"As long as matter is transmitted, there will definitely be energy loss. Considering that a particle needs a lot of energy to be stripped from an atom, I think it is Z-wave and space link technology that together contribute to the loss of space energy, which is most of the energy. It all comes from space."

"Energy will definitely not be created out of thin air, and the energy in the experiment is simply impossible to support the stripping of particles from atoms."