Rule department scholar

For example, in a [-] million times compressed environment, if metal particles suddenly enter it, the compression rate may only be doubled or tripled.

The same environment compressed by [-] million times, if the same metal particles enter it, it may be compressed five times or eight times.

The same environment, but different results, the difference is that the Z wave is placed in the cosmic space, and the space coverage is too high, but the regional compression ratio is not too high.

It can be understood in this way that the compression of the space by the Z wave is a whole, and it is only a region intercepted, which does not represent the whole.

Therefore, to accurately calculate the overall compression ratio, dynamic substances are still needed.

For example, a beam of protons approaching the speed of light.

Z-wave compressed space has a duration, and for a proton beam close to the speed of light, it can travel a long distance within the duration.

Then the compressed magnification of the electrons can reflect the compression of the local area, and then through a series of complex calculations, and the relationship between the overall magnification and the regional magnification, the overall compression magnification can be calculated.

This is the rationale.

Obviously.

It is very difficult to detect the compression ratio of the proton beam close to the speed of light, because the proton beam has already been emitted, and it is difficult to carry out related detection in time.

This is a small research direction.

The second research that Zhao Yi decided to do was directly related to space transmission technology.

Before, he always believed that the space transmission technology can only be used to transmit information. Later, he found that it can also transmit light energy, and it must also transmit other energies, but because the transmission of other energies does not seem to be of great significance, the difficulty is still very high. Research Did not go any further.

The research that Zhao Yi wants to carry out now is to expand the research on whether material transmission can be carried out on the basis of energy transmission.

Matter transmission and energy transmission are not a concept at all.

In the original research, energy was considered extra-dimensional, while mass was a high-dimensional product.

Hyperdimension and high dimension are not a concept at all. The former will not be affected by dimensions, while the latter will be repelled in the three-dimensional universe, or it can be understood as a three-dimensional universe that cannot carry high-dimensional quality.

However, since energy can be transmitted in space, it is possible to study how to make matter transmit in space.

Of course.

This research does not necessarily have results. Maybe the research is just a dream in the end, but the process of research is the most important thing.

Even if it is found that matter cannot be transported in the end, many conclusions will definitely be obtained in the process, which will help him analyze space more deeply and understand dimensions more deeply.

The latter is the subject of a long-term study.

Zhao Yi still decided to do the research and development of Z-wave detection technology first.

It's theory, and it's technology.

But it is not easy to conduct research. He needs a very professional laboratory and a sophisticated Z-wave generator. The intensity of the Z-wave does not need to be too high, but the emission accuracy of the Z-wave must reach the accuracy of computer control. , not artificially controlled.

In addition, the laboratory must also be able to create a vacuum environment to simulate the cosmic environment.

At the same time, a large number of the most sophisticated detection instruments are also required.

and many more.

There is no similar laboratory in China for the time being, so we can only rebuild one.

So, Zhao Yi went to Zhengyang University.

Zhao Yi came to Zhengyang University openly, in the name of visiting, and many people from the university came to welcome and entertain him.

Among them were the familiar vice president Liu Zhibei, and several familiar directors and professors, and the leader was the president of Zhengyang University.

The principal of Zhengyang University is Ying Ye. He is not only the principal of the university, but also responsible for the administrative work in the city and the province. Because of this, his usual work is very busy, and it is rare for him to be able to stay at school one day a week. inside.

Ying Ye was here that day, and when he heard that Zhao Yi was coming to visit, Ying Ye immediately came to greet him.

When Zhao Yi got off the bus at the school gate, Ying Ye took the initiative to go over and held out his hand, "Academician Zhao, you have a very close relationship with Zhengyang University. I am so sorry. I missed you many times, and I only see you now."

Zhao Yi also said kind words and shook hands with others.

A group of people exchanged pleasantries for a while.

Ying Ye and Zhao Yi walked in the front, and Deputy Mayor Li also said a few words, mainly to ask what exactly Zhao Yi was here for.

As for the so-called "nothing to go to the Three Treasures Hall", Zhao Yi must have a purpose in coming to Zhengyang University on his own initiative, but Deputy Mayor Li felt that he could not ask directly, and he was very careful about his tone when he made insinuations.

After entering the school, Zhao Yi talked about the new major.

Liu Zhibei took the initiative to take Zhao Yi to visit the classrooms, student dormitories, and laboratory buildings of the "Electron Beam Arrangement and Cryptography" major.

Zhengyang University attaches great importance to the newly established "Electronic Beam Arrangement and Cryptography".

The teaching building of 'Electronic Beam Arrangement and Cryptography' is placed in the newly built fourth teaching building, and the classrooms use brand new desks and chairs.

The student dormitory is also located in the best dormitory area, which are all formal four-person rooms.

The university also specially arranged teachers' offices. Several rooms on the second floor of the teacher's office building and an adjacent computer room were directly assigned to the new major.

The former can be said to be the emphasis on majors, and the latter is the emphasis on Yixing, because after the opening of the new major, the teachers of several professional courses will be concurrently held by Yixing's employees.

The employees of Yixing are all doctors and masters from top universities, and some are even researchers and experts from the space agency.

Their professional knowledge and technical level are absolutely top in the country, at least much better than ordinary teachers of Zhengyang University.

Therefore, the university even takes into account the office environment of the teachers.

During the visit, Liu Zhibei and others kept talking about the new major, which has just been opened and will welcome the first batch of students.

At this time, the new major is very powerful, and has even become famous all over the country.

Because, admission scores.

Last month, there was a hot search on the Internet called 'a score for a major', referring to the newly opened 'Electron Beam Arrangement and Cryptography' major.

Other colleges and universities are also planning to establish related majors, but they need to apply for majors at least next year. This year, only the junior majors offered by Zhengyang University are actually established.

Zhengyang University issued an announcement on the establishment of a new major, explaining the cooperation with Yixing Company, and also explaining the content of professional training.

Then when enrolling students in the college entrance examination, there were many students who filled out their volunteers and chose the major of 'Electron Beam Arrangement and Cryptography'.

The admission score for the major of 'Electronic Beam Arrangement and Cryptography' has been greatly raised, much higher than expected.

The major of 'Electron Beam Arrangement and Cryptography' has four classes with a total of 200 students, and 120 students are recruited from Nanjiang Province.

The school initially predicted that the score line would exceed the undergraduate admission score line, but it never thought that the final score line would exceed the key undergraduate line.

The general undergraduate line in Nanjiang Province is 469 points, and the junior majors only need 380 points to be admitted. The key undergraduate line is 528 points. One more line.

This score line is very astonishing, because the major of 'Electronic Beam Arrangement and Cryptography' is just a specialist major.

There are many popular junior college majors in China. Every year, the admission score will exceed the undergraduate degree, but there is no case of exceeding the key undergraduate degree.

Because the major is also open to other provinces and cities, the number of applicants is very large, and the highest score among the admitted students even reached an astonishing 629 points, a score that is enough to support admission to top domestic universities.

This illustrates the popularity of the 'Electron Beam Alignment and Cryptography' major.

However, it's not surprising if you think about it carefully, because the major directly connects with Yixing Company.

It is not easy for many students from top domestic universities to enter top technology companies after graduation.

The top technology companies in China have already recruited graduates with Ph.D. and master's degrees from top universities. The difficulty for undergraduates to find a job seems to be getting higher and higher every year.

This is even more so with Yixing Company.

Although 'Electronic Beam Alignment and Cryptography' is only a junior major, you can directly enter Yixing Company after graduation. Even if you are a blue-collar technical job, the situation is completely different when you enter a large company to do technical work.

What's more, Yixing Company is involved in the work related to the latest technology, and it has a bright future after thinking about it.

Zhao Yi followed the school and a group of people to visit the environment related to the new major. When he walked out, he saw a three-story single-family building on the edge of the school in the distance, and asked immediately, "Where is—?"

"It's no use."

Liu Zhibei explained, "In the beginning, I planned to build a laboratory building, but I didn't apply for it, so I used it as a computer room for students." He then explained, "There is no nearby computer room in the north of the school. But not many students come because it's too far away, and now, most students have their own computers."

"Oh, I originally wanted to build a laboratory building, right? Go in and have a look!"

Zhao Yi walked over as soon as he said that.

The others didn't understand the situation, so they followed along.

After entering the small laboratory building, Zhao Yi looked over from floor to floor. He found that the computer room inside was very large, and there was a small hall in the center. The environment was indeed very good, and there were many rooms, as well as large Glass compartments, indeed, were built for experimentation.

He nodded in satisfaction, "That's it, this building, I want it."

"what?"

Both Ying Ye and Liu Zhibei were confused, what do you mean?

Enclosure!

Zhao Yi explained, "By the way, I forgot to mention it. I came this time to find a laboratory and apply for a new research project, because I work in Zhengyang, and Zhengyang University is the most suitable. The laboratory is still It would be better to put it in a university, but Yi Xing is not suitable."

Ying Ye and Liu Zhibei listened and nodded.

Liu Zhibei immediately asked, "Academician Zhao, can you tell me what kind of research you are applying for?"

"Spatial compression ratio detection." Zhao Yi said calmly.

"—"

Liu Zhibei opened his mouth, but didn't know how to continue, because he couldn't understand at all.

Space compression?Magnification detection?

not understand!

Zhao Yi didn't continue to explain, because the research involves a certain degree of confidentiality, so what he said is enough.

Zhengyang University has almost no reason to object. They are very happy that Zhao Yi is doing research in the university. The project is under the name of the university, and there are too many benefits.

Zhao Yi is a professor of Yanhua University and also a professor of Zhengyang University. It is only an 'honorary' nature and does not engage in teaching work in Zhengyang University.

Now he needed to do a project, so he simply chose Zhengyang University.

Zhao Yi's influence is too great, and Zhengyang University is also eager for him to do research in the university. They said they want a building for experiments, and the two principals immediately went to arrange it, and directly designated the building as an experimental area. directly moved away.

This laboratory building is independent, and its establishment is assigned to the School of Mechanical Engineering and Automation.

Therefore, the project that Zhao Yi applied for is also linked to the School of Mechanical Engineering and Automation, but it doesn't matter what the name of the school is. What is important is that after he applies for the project, he will definitely need other people's assistance.

Many of them are members of the Z-wave working group, or top researchers in electronics and optics, but Zhengyang University is also beneficial, and some professors will have the opportunity to participate in the project research.

After negotiating with Zhengyang University, Zhao Yi immediately wrote the project application report.

Application project: "Z wave detection technology".

Research and development funds: RMB 20 billion, used to establish professional laboratories and conduct initial research.

Chapter 651 Time and Space

"Z-Wave Detection Technology" is a technology used to explore whether the space shuttle channel is safe. The purpose of the research is to detect whether there are large-mass obstacles on the route.

This technology can only be used for space exploration, because in a complex environment, such as the surface of the earth, with air, mountains, and flowing water, instantaneous detection is meaningless.

In addition, if it is not for the exploration of light-years as the unit distance, there is no need to use such high-end technology.

For example, in the solar system, only the asteroid belt exists in the area covered by the eight major stars, and the asteroid belt has also been thoroughly observed. Stars with a larger mass have already been discovered, so we can directly judge whether the flight path is dangerous according to the recorded situation. .

Therefore, Z-wave detection technology can only be used for long-distance exploration outside the solar system.

When used for exploration beyond the solar system, research is associated with spacecraft projects.

Zhao Yi also applied in the name of technology related to the spacecraft project.

In fact, the current spacecraft project team is different from what was originally expected, and the work pressure of the project team is very high.

This is not brought about by the funds or the complexity of the project, but the project team found that their project manufacturing speed cannot keep up with the development of the latest technology.

At the beginning, the spacecraft manufacturing demonstration was just a combination of several latest technologies, including space shuttle technology, anti-gravity technology and controllable nuclear fusion technology.

Combining these key technologies can be used to create spacecraft that can travel through space.

The initial demonstration of the manufacture of the spacecraft was just manufacturing. The consideration was to allow the spacecraft to sail within the solar system, and flying out of the earth to perform missions was also to explore the eight planets, rather than to actually conduct exploration outside the solar system.

The first spaceship has great strategic significance, it just flies around the earth, because it can continue to operate, it can be said to deter space, so it has considerable strategic significance.

In addition, the first spacecraft also has considerable scientific research significance, and at the same time will accumulate a lot of technical manufacturing experience to open up paths for the subsequent manufacture of other spacecraft.

As a result, the spacecraft is still under demonstration, and the situation is different.

The coverage of Z-wave satellites has already achieved the strategic purpose, so there is no need to use spaceships at all.

In terms of scientific research, especially in the field of exploring the inner solar system, Yixing Technology has put a lot of pressure on the spacecraft project team.

Originally, it was the work of the spacecraft project team to explore the solar system. After the spacecraft is manufactured, it can fly to the eight planets.