Rule department scholar

Later, I simply stopped talking, because it was meaningless to continue thinking about it.

Chen Weimin talked about the technology of gravity generation.

Zhao Yi also gave him a brief introduction, "Our research has made a major breakthrough."

"Now we are going to build a large-scale gravity generating device, which is expected to be able to produce gravity more than five times the gravity of the earth, and it is adjustable."

"We plan to use this as a model, and by referring to the technology in it, we can manufacture miniaturized devices that adapt to various environments."

"It's like the supercomputers of yesteryear."

Zhao Yi gave a simple explanation, which also shocked Chen Weimin very much. He even felt unbelievable, because before he came here, he only heard that he could manufacture a device with 30.00% of the earth's gravity. He did not expect such a major breakthrough in research so quickly.

For the spacecraft team, the gravitational force exceeding the gravity of the earth is meaningless, as long as the gravitational force of the earth's gravity can be created.

The spaceship is really like the spaceship in the movie. During the process of traveling in the universe, the people inside can stay on the ground, and there will not be many people. Prolonged weightlessness will cause various discomforts. Condition.

It's not just a matter of maladjustment, either.

Normal human beings are in a state of weightlessness for a long time, which will definitely affect their health, which greatly limits the navigation of spacecraft, because they must return to the ground after a period of time, and cannot stay in space for a long time.

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In the next few days, the spacecraft team has been at the experimental base, and the design of the giant gravity generating device is also proceeding in an orderly manner.

With Zhao Yi in charge of the overall design work, the main core was built quickly, and the design of other parts was also completed quickly.

Because it is a super-large device, it not only has the optical circuit board of the main core, but also involves the arrangement of optical channels, board parts, control systems, appearance, safety measures, overall structure, and so on.

The final design is indeed a huge device. The diameter of the core optical circuit board has reached more than three meters. The two devices are built together with a distance of 15 meters between them. Theoretically, the range of gravitational radiation produced is cylindrical. The radius is about 20 meters.

After the design came out, Zhao Yi directly applied for manufacturing, and the project was approved quickly, and other relevant departments were required to cooperate fully.

Although there is no problem with the project funding, and the suppliers of materials and equipment will try their best to cooperate, but because it is a brand new design, it will take a long time to manufacture it.

at the meeting.

The relevant person in charge estimated, "The overall cost of the project is estimated to be between [-] billion and [-] billion. The minimum equipment manufacturing will take one and a half months."

This time is already very short.

In fact, the most time-consuming thing is the new three-branch adjustable beam equipment. Because it is a brand-new design and has specific requirements for power, there is no perfect manufacturing machine tool, and it is impossible to achieve rapid mass production.

Some parts need to be done manually, which is very costly and labor-intensive.

Each new three-branch adjustable beam device costs more than 20 yuan, and the [-] beam devices ordered alone cost more than [-] million yuan.

In other words, the other parts are not worth much.

While waiting for the equipment to be manufactured, Chen Weimin also discussed cooperation with Zhao Yi. He hoped that Yixing Technology could cooperate with the spacecraft project team.

"We hope that Yixing Technology can speed up the manufacture of high-power z-wave generators on the moon, and use that z-wave device to carry out systematic interstellar exploration."

This is the request of Chen Weimin and the spacecraft project team.

In fact, Yixing Technology's plan is that the high-power Z-wave generator on the moon base will mainly carry out various ultra-long-distance explorations, but the first target is not other galaxies, but the Oort Nebula in the solar system.

This is mainly because the exploration of other galaxies requires a lot of money.

Which involves the problem of the detector.

If it is to explore other galaxies, it is impossible to launch ordinary probes, but it is necessary to launch spacecraft-level probes, and the minimum performance must catch up with the Mars-1 spacecraft.

This is not to say that a manned interstellar crossing is required, but that the probe must have the function of transmitting images in time and have a very powerful information collection function.

Just being able to support the opening of the anti-energy barrier already has very high requirements.

The most important thing is to launch the ultra-high-performance detectors in the past, basically there is no possibility of returning.

This kind of detection work that needs to cost billions or tens of billions each time is obviously not suitable for Yixing Technology to do it for the time being. After all, they are a company that hopes to be profitable, and they will not make unlimited investment for nothing.

No normal enterprise would do that, otherwise it would lose the basis for its continued operation.

Now Chen Weimin and the spacecraft team hope to cooperate with Yixing Technology. The purpose is obviously to explore the destination of the spacecraft in advance to ensure the safety of the spacecraft's future interstellar journey.

The latter is of course very important.

But if you want to cooperate with Yixing Technology, you have to show a certain degree of sincerity.

In the end, Chen Weimin and the spacecraft project team applied for 200 billion funds to help Yixing Technology to speed up the construction of high-power z-wave satellites. At the same time, they also reached an agreement with the space agency that the exploration spacecraft for exploring other galaxies will be handed over to the aerospace industry. Bureau to build.

They require only one, and after the high-power z-wave generating device of the moon base is built, it must be the first to guarantee the exploration tasks related to the spacecraft's navigation.

The cooperation between the two parties is very pleasant.

The moon base project of Yixing Technology has suddenly raised 200 billion more funds. More importantly, the spacecraft team supports the construction of the high-power z-wave base, and also decided to fly directly to the moon for the next test mission. By the way, bring a batch of supplies to the moon for Yixing Technology.

This is really a surprise.

Although the transport ship is constantly transporting materials and equipment, because there are two transport ships, the capacity is very limited. The transport ship performs the delivery task. Every time it returns to the ground, it needs to be inspected and repaired. There are a lot of materials and equipment. , have not been transported to the moon.

The carrying capacity of the spacecraft is too strong. The spacecraft can carry more than 50.00% of the materials and equipment in the plan when it goes to the moon base, and it can be transported to the moon at one time. One trip will leave tens of billions of funds for Yixing Technology , and for a period of more than one year.

Of course.

The spaceship team is not without consumption. The spaceship is like a gold-eating beast, and it needs billions of dollars every time it takes off.

Just flying to the moon and landing, then taking off and returning to the ground for repairs and maintenance, the minimum estimated cost is more than three billion.

However, the spacecraft team does have a test plan to land on other planets. After the spacecraft is manufactured, it has not conducted a similar test, and there must be a test. Since it has reached a cooperation with Yixing Technology, it is tantamount to going to the moon to test it. of.

With the help of the spacecraft team, the construction of the high-power z satellite on the moon base is expected to be accelerated by at least three times. When the supplies of the spacecraft are delivered, it will be fully built in about two months. .

So Zhao Yi looked at Chen Weimin, who was at the experimental base, and immediately felt a little uncomfortable. He felt that the other party should hurry up to arrange the moon landing test mission, instead of staying here to waste time.

It is really useless for Chen Weimin's team to stay in the experimental base.

However, Chen Weimin had a different idea. He felt that he had to see the manufacture of the large-scale gravity generating device with his own eyes, and see the real test, because the gravity generating device is too important for the spacecraft.

Before they cruise the moon, it is best to be able to install a gravity generating device.

This renovation is the highest priority.

The upgrade of other equipment can be greatly delayed, and it doesn’t even matter to upgrade after returning from the interstellar journey, anyway, the performance is enough.

The only thing is the z-wave detection technology.

It's a headache.

Chen Weimin also kept urging Zhao Yi, hoping that he would quickly lead the theoretical team to study the Z-wave detection technology.

When the gravity generating device was manufactured and installed in an orderly manner, Zhao Yi also became more relaxed, and simply led a few core people to devote himself to the research of z-wave detection technology.

This technique is really important.

He also hopes to join the first interstellar voyage mission, so naturally he hopes for more layers of security.

Chapter 732 You can do it, so can I

It is not easy to achieve a major breakthrough in z-wave detection technology.

Zhao Yi has studied z-wave detection technology. The detection technology used on the spacecraft is his research and development. The compression ratio detection method used is based on molecular substances that are not easily compressed and placed within the z-wave range. The overall magnification can be obtained by detecting the compressed magnification.

However, the compression ratio detection method is very limited. Up to now, the maximum distance can only be detected within 100 astronomical units.

100 AU sounds like a lot, 100 times the distance from the Earth to the sun, but in fact, 100 AU is still too short for interstellar spanning.

The high-power z-wave of the spacecraft, turning on the highest power can allow the spacecraft to travel a distance of tens of thousands of astronomical units.

In other words, using the current z-wave detection technology will limit the speed of the spacecraft to 100 times slower, because every time the z-wave generator is used, it needs to be re-gathered, and the interval is relatively long. The position that can be achieved, the result will take a month, or even a few months to achieve.

This greatly drags down the performance of the spacecraft, making star-crossing very inconvenient.

In fact, there is another z-wave detection design solution, which is provided by the Institute of Information and Communication of the Academy of Sciences, which uses the magnetic field detection method to achieve the purpose of detecting the compression ratio.

Because the magnetic field will absorb the z-wave energy, and there is a relationship with the compression magnification, the magnetic field detection can be used to determine the z-wave compression magnification.

This solution can theoretically achieve a distance of more than two hundred astronomical units. The solution was even studied for a period of time, but it was finally given up, because the biggest problem with the magnetic field detection method is the instantaneous high magnetic field. It will bring huge safety hazards to the spacecraft.

The outer protection of the spacecraft cannot completely isolate the high magnetic field, and the internal circuit system will also interact with the high magnetic field, and the human body will also be affected by the high magnetic field and damage health.

and many more.

In addition, there is another big problem that the magnetic field will absorb the z-wave energy, which will also reduce the z-wave energy, thereby greatly shortening the coverage distance.

This greatly limits the upper limit of magnetic field detection technology.

If the detection technology of the magnetic field detection method is installed on the spacecraft,

In the very future, it will be impossible to realize the shuttle of more than a thousand astronomical units.

Although there are various problems in the basis of magnetic field detection, being able to provide a feasible solution in the latest technical field is enough to prove the level of the researchers.

When Zhao Yi decided to lead the theoretical group and the experimental group to overcome the problem of z-wave detection technology, the superior directly dispatched the team from the Institute of Information and Communication of the Academy of Sciences, hoping to complement the theoretical group for research.

The team of the Institute of Information and Communication is headed by academician Huang Hongguo, a well-known communication expert.

In the field of electronic communication, Huang Hongguo is a very famous figure. The communication radar he led the team to research has been installed on some types of fighter jets.

At the same time, Huang Hongguo is still a theoretical physicist. Naturally, he has not done in-depth research on the latest scientific and technological theories. He not only has the achievement of 'magnetic field detection technology', but also has completed several very Meaningful design.

The space connection equipment capable of voice communication that is commonly used on spaceships now includes the achievements of Huang Hongguo's team.

With so many achievements in the application of the latest technology and electronic news, and thinking that he has in-depth research on the latest technology theory, Huang Hongguo is also a very confident person.

Of course.

Compared with Zhao Yi, he is not confident anymore. His many achievements are nothing in front of Zhao Yi.

However, Huang Hongguo led the team to support, and he still thinks that it can provide a lot of help, and he even hopes to make a big contribution, or, he and his team, with the support of the theoretical team, completed the ultra-long-distance z-wave detection technical research.

Before coming to the experimental base, Huang Hongguo thought so, and cheered everyone up, telling them to work hard and show the strength of the Institute of Information and Communication.

Zhao Yi welcomed the arrival of Huang Hongguo's team. After all, the opponent did have certain strength, at least technically.

If the core of the detection technology is determined, Huang Hongguo's team will be able to use it directly when it comes time to manufacture the equipment. They must have a better understanding of the equipment than a lot of theorists. After all, theory and technology are two aspects. It must be completely common, and the transformation of theory into technology is a very big knowledge.

After welcoming Huang Hongguo's team, the research work officially started.

Zhao Yi held a meeting to discuss which step to start research and development. Most of the similar meetings were directly decided by Zhao Yi, unless he could not decide to let others speak.

Others have long been used to this pattern. Even Edward Witten and Qiu Chengwen don't say much. They have been hit too many times and don't want to speak at all, especially in this kind of clueless research. They also have nothing to say.

Huang Hongguo is different.

On the day before the meeting, he assigned work to all the team members, and everyone had to come up with a research direction, and put them together at the meeting.

This way the team can come up with several options, right or wrong, workable or not workable, having an idea is better than no idea.

Huang Hongguo thinks that this will show the strength of the Institute of Information and Communication. He absolutely admires Zhao Yi. It can even be said that he has never thought of comparing himself with Zhao Yi. Not necessarily anymore.

For example, Edward Witten and Qiu Chengwen are both Fields winners and top theoretical physicists, but strong mathematical ability does not mean strong research and development ability.

Now they are doing research and development, not mathematics or theoretical physics, and they are more professional in research and development.

When the meeting officially started, Zhao Yi asked everyone if they had any ideas, which was actually a routine operation, and similar cutting-edge research had no definite direction at all.

Who can come up with a very feasible idea is definitely a very remarkable thing.

Zhao Yi also hoped that others would speak.

Unfortunately, generally not.

Maybe some people will have ideas, but they will really say it when they have no clue at all, and Zhao Yi also has no clue.

Obviously.

It is not yet that time.

But this time it was different. Just as Zhao Yi finished speaking, someone raised his hand. It was a middle-aged man he didn't know. He had round eyes, like an old university professor.

"Director Zhou!" Huang Hongguo reminded.

Zhao Yi nodded and said, "Director Zhou, tell me about it." He was a little expectant.

Director Zhou started the 'report', "I think we can do research and development from the direction of magnetic field detection technology. The magnetic field detection technology we designed, however, is limited by the influence of instantaneous high magnetic field and cannot be used in practice."

"We can design a protective device in this way to block and isolate high magnetic fields—"

He talked a lot.

Zhao Yi really couldn't listen anymore, so he interrupted quickly, "Director Zhou, your idea is very good. But what we are studying now is ultra-long-distance z-wave technology, not a solution to block high magnetic fields."

"I know the magnetic field detection technology, but with this solution, the performance of the spacecraft will be limited, and the maximum shuttle distance will not exceed a thousand astronomical units."

"Even, it will be even lower."

Director Zhou could only shut his mouth in depression. In fact, several people at the meeting felt that Director Zhou's direction was feasible and could not develop ultra-long-distance detection technology that would allow the universe to travel hundreds of astronomical units at a time. It also seems to be a good improvement.