Rule department scholar

To ensure the life and work of thousands of top scholars and engineers, plus supplies, materials, construction supplies, etc., the minimum number of people directly covered by the project will exceed 5000.

The scale of more than [-] people is enough to form a small town.

Therefore, the site selection is still very complicated. The site should be far away from the center of the capital, but it should not be too far away for convenience.

In the end, after a series of inspections, a scenic spot [-] kilometers south of the capital was selected as the project site. Inside the scenic spot is a small lake surrounded by mountains on three sides with beautiful scenery and a very good environment. .

The energy space research project is decided to be carried out here. The project involves not only material transmission, but also another related big project--

A study of the physical properties of the Z-wave coverage area.

This project has been demonstrated for a long time.

Because many physicists are required to participate in the work, a very large investment is required, coupled with the issue of confidentiality, whether it is open to the world is still under discussion, and it has not been able to proceed.

Now we are choosing a site to build a site for energy space research, and we can also do research on the physical characteristics of Z waves in the future. We are still very serious about investing in road construction.

Various plans were quickly completed, and construction work began quickly.

In addition to some necessary buildings and living facilities, the core equipment required by the main experimental site includes various types of Z-wave generators, large-scale anti-gravity equipment, single-sided anti-energy barrier devices, and a large number of detection devices.

The latter is the most expensive and troublesome, because the detection involves particle-related content.

All kinds of tiny detection devices require top physicists to carry out targeted design, targeted procurement and manufacturing.

The detection accuracy required for particle analysis is too high, which is basically laboratory standard, so the price is naturally not cheap.

The most depressing thing is that the experiment will involve an explosion, and perhaps one experiment will damage many carefully designed and manufactured devices.

Ruan Wenye's heart aches when he thinks about it. After he started working, he realized that he was spending money like water, and that many affairs would come to him. It was really annoying. He complained to Zhao Yi, "It's much easier for you guys .Look at me, this month I almost broke my legs."

Zhao Yi was looking at the information, without even looking up, "You can also choose not to do it. For example, you can report to your superiors that you are not feeling well, and let other people take over the work. I believe many people are willing to come and suffer."

"—!!"

Ruan Wenye almost vomited blood. As the person in charge of the Z-wave group, he is considered the core figure in mysterious research. Even if he is really sick, he must persevere, otherwise a lot of senior figures will compete for it. Rushing to be the person in charge.

Tired, of course!

However, work must be done, and it is impossible to give up the position.

He thought for a long time, and said firmly, "I am here for the development of science and technology, for the sake of the motherland and the people. I must have the spirit of sacrificing myself. I am not afraid of hardship or tiredness. Even if my body really collapses one day, I also want to persevere!"

"—!"

Zhao Yi finally raised his head and gave Ruan Wenye a thumbs up.

Have consciousness!

No matter what you think in your heart, when you say something like this, it is really contagious, no wonder many leaders—

Cough, cough!

In fact, it was reasonable for Ruan Wenye to complain to Zhao Yi. At the beginning of the project, the theoretical group and the Z wave group worked together.

Later it was different.

Because the theoretical group is only responsible for the experimental design work, after the design is completed, at most it is involved in the design of the detection device, and the Academy of Sciences sent a quantum physics team to accept a lot of related work.

Then, the theory group took it easy.

Zhao Yi's job is to read the report and review it briefly. Qiu Chengwen, Edward Witten, and Zhang Qican just went to do research together, and they don't have to worry about the project at all.

At the same time, many international organizations are also communicating with China to discuss joining the R&D work. It is very simple to say that other organizations want to do R&D together, that is, pay money, enter, and be assigned work. They can The benefit obtained is the sharing of experimental data.

These data are very precious, and will allow them to understand the content of some space theories, and will also include some characteristics of Z waves.

Some foreign institutions can produce Z-waves, and they can obtain Z-waves in a stable direction through the efficient excitation of anti-energy barriers.

The excited Z wave is the initial state, the maximum transmission distance is no more than ten kilometers, and the efficiency of the Z wave is not high.

Other institutions mainly lack the underlying space theory, and the efficiency of research through continuous experiments is very, very low.

If they can learn more about space theory, they may improve related technologies.

In fact, it is almost impossible to really control the Z waves in a short period of time, because they still have direct theoretical faults.

For example, magnetic field theory.

The generation of Z wave is excited by the rapid change of the magnetic field. Many foreign scientists realize that the Z wave is related to the magnetic field, but they lack the theory of space correlation, so it is difficult to link the two together, because it seems that the magnetic field and the Z wave are completely It's two things.

Now that other institutions are participating in the research of the energy space project, they also hope to gain some theoretical and technical gains.

Just 'maybe' is attractive enough.

-

On this day, Zhao Yi left the Z-wave team and went to the Yixing Technical Department Building in the capital. He needed to preside over the work for a period of time, mainly related to the newly formulated spacecraft export-export approval policy.

The high-level meeting determined the export-export strategy of the spacecraft, but in order to truly realize the export, it must pass technical approval and submit detailed plans and parameters.

Before Yixing submitted documents related to sightseeing ships and transport ships, after a period of time, they were revised and rejected by the higher authorities. The main problem lies in the performance of the anti-gravity system and space link equipment.

This time the superior department made three clear regulations, one is the export of flying devices, the maximum performance parameters of the anti-gravity system cannot exceed 90.00%[-].

The second is the carrying tonnage of the transport ship, which cannot exceed 350 tons.

The last one is the space link equipment, the performance can only be one level higher than the civilian standard for normal sales, otherwise the Space Science and Technology Information Company will not be allowed to manufacture the corresponding parts for sale.

Under the three detailed parameters, the spacecraft exported by Yixing needs to be redesigned.

When Zhao Yi came to the building of the technical department, he called all the persons in charge, held an internal technical meeting, and adjusted the direction of the design according to various parameter constraints.

The design adjustments related to participation are still simple, but the corresponding technical standards are lowered and the spacecraft is slightly smaller.

Another problem that is a headache is to establish perfect security.

Regardless of whether it is an export or self-use spacecraft, a complete safety system must be established. The superiors require that safety be guaranteed, which is much higher than that of civilian aircraft.

This is mainly because of the spacecraft, and if something goes wrong, it will be a super large accident.

Regarding the issue of safety performance, the technical department held three consecutive meetings and finally came up with a complete plan.

One is within [-] kilometers from the earth's surface, and when the anti-gravity system fails, the solution to ensure safety is to add four large solid-fuel thrusters below.

When the anti-gravity system fails, the large solid-fuel thrusters will operate, consuming a large amount of fuel to ensure the vertical landing of the spacecraft.

In addition, the hanging parachute design is also a matching measure for a safe landing.

The last is to build a huge 'emergency rescue spacecraft'. If any spacecraft has problems in space, the 'emergency rescue spacecraft' can be used to provide immediate and rapid rescue.

The space agency has built a new 'rescue spacecraft' whose technology is comparable to that of the Hwasong-1 spacecraft, and even more advanced.

Yixing also wants to build its own "rescue spacecraft" without relying on the space agency to provide support.

After making detailed technical planning, Yixing submitted the design proposal again.

This time, the upper management held a meeting to discuss and invited several expert teams. After detailed demonstrations, it was determined that there was no possibility of technology leakage, and at the same time, the safety was guaranteed and the export-export standard was met.

The Y-101 sightseeing boat designed by Yixing is the first spacecraft to get the export-export approval.

After obtaining the export approval documents, the company immediately released the news and began to accept orders from all over the world.

Spaceships are different from ordinary cars, and are similar to civilian aircraft. Because the manufacture of each spacecraft involves a large amount of capital investment, there is no need to manufacture it first, but to carry out the corresponding spacecraft after receiving the order. manufacture.

After the news was released, Yixing received a lot of inquiries. It was not until more than a week later that the company released the parameters and price of the Y-101 sightseeing boat--

The Y-101 sightseeing spacecraft can carry a maximum of 191 passengers, a maximum load of 217 tons, and a maximum speed of 97 km/s around the earth.

Reference price: 180 billion RMB.

After the detailed parameters and price of the Y-101 sightseeing spacecraft were released, more companies came to consult.

180 billion RMB sounds like a very astonishing figure. Funds exceeding [-] billion are not easy to come up with, but compared to developing the space tourism market, funds exceeding [-] billion are nothing.

But if you want to confirm the order for the Y-101 spacecraft, you need to know a lot of other information.

For example, maintenance costs.

The most important reason why space travel is expensive is that many parts cannot be reused, which will bring very high maintenance costs.

The maintenance cost of the Y-101 spacecraft is not low. Every time it goes to space, it needs more than 200 million maintenance fees to return.

This is very expensive.

As long as the spacecraft does not have any problems and does not need to replace any parts, it needs a minimum of 200 million yuan or more. The most important loss is the compressed material coating on the surface of the spacecraft.

This coating ensures that the spacecraft is not affected by cosmic rays, solar magnetic storms, radiation, etc.

Yixing ordered the corresponding layer materials from the high-level compressed material company, and each spaceship also needed more than 20 RMB, because it involved corresponding patent issues, and the patent rights belonged to Yixing company and the space agency. , cannot be sold alone.

If the desired coating material is resold to other companies, there must be a certain profit. Considering patent fees, midway loss, labor and other issues, the price of more than 100 million is far from expensive.

For example, in the automotive industry, 4S stores may charge as much as several thousand yuan for car paint materials, but the corresponding cost is very low.

The maintenance and upkeep of the spaceship is also one of the future profit directions of Yixing Technology.

After working continuously for more than two weeks in Yixing's technical department building and solving the problem of export technical standards, Zhao Yi did not return to the Z-wave experimental group, but traveled more than 1000 kilometers to Xinhui Optoelectronics Group Company.

Xinhui Optoelectronics is one of the companies that Zhao Yi mainly acquires shares.

In recent years, with the development of the latest technology, Xinhui Optoelectronics has a very good development trend, and has become one of the world's top manufacturers of light energy tubes and optical equipment. They also cooperate with various laboratories and invest a lot of money in research and development superior.

Recently, Xinhui Optoelectronics announced a research and development news, which made the company's stock price rise again--

Xinhui Optoelectronics, together with the micro-vibration and optics laboratory, and the nanotechnology research center in country D, jointly conquered the micro-optical tube embedding technology, which greatly improved the technology.

"Using nano-optical technology, we can embed more than one hundred optical channels in the same direction on a surface the size of an optical disc."

The optical path pipeline is a pipeline that can transmit and change the route of the light beam, and at the same time, the energy loss is very small, or even negligible.

On the surface of the size of a disc, one hundred optical pipelines are embedded, and the technology has improved by more than five times than before.

Previously, the space information technology company used the satellite optical channel technology to embed seventeen optical channel channels on a disc-sized surface at most, thus creating the smallest space link device with a diameter of only about [-] centimeters.

If new technology is used, the smallest space link device can be manufactured, and it can even be reduced to less than five centimeters in diameter.

Such a tiny device can be placed directly in the mobile phone, which shows how important the improvement of micro-optical tube embedding technology is.

Chapter 7 Flying Car

Xinhui Optoelectronics Technology Department.

As the company's CEO, Lou Sheng has been on the front line of research and development. His work is very busy, but the micro-optical tube embedded technology is really important, and it is directly related to the company's development.

The improvement of micro-optical tube embedding technology marks that the optical path embedding technology has entered the nanometer era.

In the current manufacturing industry, electronic chip manufacturing has long been in the nanometer era, mainly because of the impact of demand. If there is demand, there will be a market, and there will be investment in research and development.

The research and development of micro optical tube technology is accompanied by the development of anti-gravity technology. Everyone who understands anti-gravity technology and space link technology knows how important it is to reduce the size of the optical tube.

Xinhui Optoelectronics develops very fast and is already one of the top optoelectronic companies in the world.

However, it is only one of them.

Now Lou Sheng is very ambitious. He hopes to lead the company to become the number one in the world, just like the latest technology in China. He has invested a lot of profits in research and development, and only now has the current technological improvement.

When he was in the technical department, he was concerned about manufacturing issues, and kept asking the technical team, "If this technology is to be put into manufacturing, what kind of improvement should be made to the lathe?"

"How long will it take us to actually apply it?"

"How much is the total cost of the project so far? Make a detailed list."

“A lot of companies, including those with the latest technology, would certainly be interested in such an entry!”

While Lou Sheng was talking, someone who was really interested came.

Zhao Yi.

Zhao Yi's working hours were very tight, knowing that the news came in a hurry, he only made a phone call when he arrived.

Knowing Zhao Yi's arrival, Lou Sheng hurriedly arranged a series of receptions, and went to greet him at the entrance of the technical department building. .

Such a grand treatment is not only because of Zhao Yi's reputation, but also because Zhao Yi is the largest individual shareholder of Xinhui Optoelectronics. He holds ten points of shares in the company, which is more than Lou Sheng, the person in charge of the company. several times.

After Zhao Yi arrived at the technical department, he exchanged pleasantries with Lou Sheng, and then got straight to the point and asked about the micro-optical tube embedding technology.

Wang Ronghua, the manager of the technology department, seriously introduced, "Academician Zhao, we use nanotechnology combined with optical path technology to realize the embedded optical path tube."

"The embedded optical tube we manufactured is divided into three layers. The first layer is the outer material of the tube, which is a special fiber plastic structure. The middle layer is made of plastic material, which contains a certain amount of metal, but it does not have electrical conductivity. Endothermic."

"The innermost layer is embedded with a smooth intima."

"The technical content of this layer of intima is the highest. To smooth the intima, it is necessary to ensure the smoothness of the optical path and channel, and at the same time, it is necessary to ensure the error range."

"The inner diameter of each of our optical pipelines has an error within three nanometers."

Wang Ronghua talked a lot about technical standards.