Genius of the Rules-Style System

Graduates of Zhengyang University have responded enthusiastically to Yixing's job recruitment. Even for key computer majors, a large number of graduates have applied, mainly because job opportunities are not easy to come by.

Yixing is so famous, especially in Zhengyang, it is the most high-end technology company. Being able to work in Yixing is like working with Academician Zhao, and it is very prestigious.

When many graduates applied, the person in charge, Luo Yonglin, had a headache because there were so many applicants that he had no way of deciding which ones to exclude.

This is a major incident at Zhengyang University and must be handled very seriously.

Luo Yonglin is not an ordinary teacher, but the supervisor responsible for the employment of graduates. He knows very well that for the development of the school, a very important indicator is the employment rate and employment quality of graduates.

The employment rate of Zhengyang University is not low, but the quality of employment is relatively dismal.

Most graduates can only find a job in a private company. Even if they have very good grades, it is difficult to find a good job after graduation. The main problem is the value of the Zhengyang University diploma.

Therefore, most students who want to make progress take the Civil Service Examination, or work hard to prepare for the postgraduate entrance examination.

It is also difficult for Zhengyang University to retain students with very good grades, because when they go to take the postgraduate entrance examination, they will definitely consider a better university instead of staying at the school to continue their graduate studies.

These are problems that exist in ordinary colleges and universities.

If Zhengyang University can continue to cooperate with Yixing Company and allow some graduates to find jobs in Yixing Company, the situation will be completely different.

At this time, academic qualifications are not important.

Even if a junior college major is opened, there is a high chance of entering Yixing after graduation. It will definitely become a very popular major. Some students with high college entrance examination scores will consider enrolling. The school will also benefit greatly from the improvement in the number of students.

Luo Yonglin knew that he had to be careful this time. He looked at the list of registered students and simply recommended all qualified students regardless of academic background, major, or grades.

Let Yixing Company make the decision as to how to carry out the screening.

In the end, more than 600 students signed up, and six people competed for one job spot. Compared to Yixing's position, the hope of getting into it was still high.

——

Yixing Infinite Power Company received news from Zhengyang University, and they are also recruiting from the society.

Zhengyang University has 100 places, and others also have 100 places.

The company plans to recruit two hundred employees in the first batch, and the recruitment conditions are very straightforward. They must have a college degree or above. Fresh graduates will be given priority, and those with good math scores will be given priority.

This job does require some mathematical ability, but the requirements are not that high. As long as you have a high school level mathematical foundation, you can further expand your learning at work.

On the issue of recruitment, Yixing Infinite Power Company held two meetings and made a simple decision. They asked those who applied for recruitment to take a mathematics test, and admitted 400 places to enter the second round of interviews. Those who passed the interview You can enter the company.

The mathematics exam is a question set internally by the company, and the content is directly related to the work, including basic high school mathematics, a little calculus, and also involves probability and statistics.

With so much content put together, most people will definitely get high scores, but the score requirements are not high, as long as they rank high.

Zhao Yi did not need to participate in the next work. Zhengyang University cooperated with the responsible personnel to conduct a large-scale examination in the university's teaching building. After the scores were determined, the list was quickly obtained, and then they went directly to the interview session.

Zhao Yi stopped caring about recruitment, but he couldn't relax either.

Zhengyang University got one hundred places to enter Yixing Infinite Power Company, and it was directly posted on the Internet.

Many people know it.

Then some universities came to visit. The first one was Zhengyang University of Science and Technology, followed by two vocational schools, including Jiangcheng University, and later Fireworks University also called.

This is a bit of a headache.

Zhao Yixing directly pushed the matter to the education department and asked them to talk to the education department, while Yixing only provided education-related suggestions.

In fact, many schools have come forward, which is also good news for Yixing Company, because in the future, the demand for skilled talents related to space connection technology will definitely increase, and it is impossible to train them through Zhengyang University.

The monopoly of one major company is also very detrimental to the development of the education industry, but we cannot allow all schools to offer relevant majors, otherwise many graduates will be unable to find jobs.

The market demand is just that big, and it is enough to cultivate slightly more talents than the market, without excessive training.

soon.

The two hundred people recruited by Yixing Infinite Power Company, including one hundred graduates of Zhengyang University, have all entered the training stage.

Many of the company's employees responsible for debugging the light-receiving converters went to participate in employee training, and related work almost stopped.

However, if you sharpen your sword, you will never lose sight of the woodcutter. After two to three weeks of training, more than ten times the number of people will be directly involved in the work, which will definitely speed up production greatly.

Because the Infinite Power Car has not yet been officially released, and there is no rush to manufacture it in large quantities and quickly, it no longer requires too much attention. Just know that the problem can be solved.

There is good news today.

The high-level meeting approved the approval of the high-power Z-wave generating satellite. Unsurprisingly, the ownership of the satellite belongs to the aviation group and the space agency, while Yixing Infinite Power Company has the full right to use it in a 'non-emergency state'. At the same time, every time Use also requires reporting and supervision.

After approval is passed, the high-power Z-wave generating satellite can enter the construction stage.

In fact, the time required for construction is not long, because there are no direct technical difficulties. Z-wave satellite technology is very mature, and one month is enough for the construction of high-power devices.

The most critical issue in this project lies in the energy supply side, that is, the manufacturing of light energy receiving converters.

The light energy receiving converter used in cars has been proven to work. The car has traveled more than 10,000 kilometers without any problems.

However, there are still big differences between installation on civilian cars and installation on space satellites. The main difference is the heat dissipation issue.

Heat dissipation is a big issue.

The light energy receiving converter on the Infinite Power Car can be said to be an 'electrical energy box'. It is a closed design and can continuously supply stable electric energy when it is turned on.

There is no problem with the design of the electric energy box, because the internal electric energy conversion rate is very high. Even if it only relies on natural heat dissipation, the maximum internal temperature can reach 400 degrees Celsius, which cannot have any impact on the compressed materials in contact. At the same time, A cooling device is also designed inside the electric energy box, which directly solves the heat dissipation problem.

It would be different if it were placed in space. The air density in space is very low, and the natural heat dissipation rate is very slow.

At the same time, because the relevant materials cannot be supplied and the service time after manufacturing is very long, the minimum is expected to be more than five years, most cooling designs cannot be used for light energy receiving converters in space.

So, how to solve the cooling problem?

This problem even stumped Zhao Yi, but he still came up with the simplest solution——

Open design!

If the outer skin of the electric energy box is removed, the heat will not be trapped, and heat can be continuously dissipated naturally.

Even if the maximum temperature exceeds a thousand degrees, it will not affect the compressed monocrystalline silicon flakes, and it will not affect the transmission of electrical energy.

So the cooling problem only needs to consider the circuit contacts.

If the cooling device is designed, it only needs to cool the circuit contact points made of compressed materials. Because the covered area is very small, it can be directly wrapped with coolant. In conjunction with other long-term designs, the problem can be solved directly.

Zhao Yi submitted the solution to the manufacturing department and began to wait for the demonstration results.

Then he was invited to a meeting.

There is no problem with the open design of the light energy receiving converter, but at most it will affect the electrical energy conversion efficiency. For example, the original conversion rate exceeds 70%. After the open design, the conversion rate will quickly drop to about 50%.

Then increasing the total amount of light energy transmission can directly solve the problem.

However, a huge problem with the open design is that the transmitted light can be seen from the outside. Because the design is only 600 kilometers away from the ground, it is likely to be directly captured by the naked eye.

This technical meeting related to cooling design was held within the space agency.

Zhao Yi attended the meeting with two supervisory company personnel and explained the results of the demonstration, "It is difficult to see during the day."

"If it comes at night, when the weather is clear, you can see the brightness——"

He hesitated and described it, "It's like an extra bright star in the sky. It's probably brighter than the nearest Sirius and Arcturus."

Many people will discuss the brightest star in the night sky, and there is also a song called "The Brightest Star in the Sky".

In fact, the brightest star in the sky is not a fixed star, but changes over time.

Some stages will be Sirius, some stages will be Arcturus, and sometimes it will be Vega, Capella, Venus, etc.

Around April, Sirius and Arcturus are about the same, and their displayed brightness is about the same.

Zhao Yi said that it is "brighter than Sirius and Arcturus at this stage," which means it will become "the brightest star in the sky."

Of course, it's definitely not a star.

Zhao Yi's statement caused many people at the venue to get entangled. The manufacturing and launch of high-power Z-wave satellites has been decided by a high-level meeting.

The current design will make one of the brightest stars appear in the sky.

What to do?

If the 'open' design plan is overturned, other plans will definitely increase manufacturing costs significantly. At the same time, it seems that they cannot overturn the already completed design for this reason.

In the end, the meeting still failed to reach a conclusion, and then it was passed to the higher-level department for finalization.

Zhao Yi stayed in the capital for a week, and the superior department made a decision--

pass!

It is said that after some senior leaders found out, they directly said, "Just one more star in the sky. It seems to be good and can make the night sky more beautiful!"

Right!

Many people think about it carefully, and this is indeed the truth.

After the decision was made, the manufacturing of high-power Z-wave satellites began.

At the same time, the light energy receiving and converting device has also entered the manufacturing stage. A large number of single crystal silicon wafers have been produced long ago and transported to the designated assembly factory.

Zhao Yi went directly to the assembly factory and watched as slices of monocrystalline silicon wafers were embedded into a 'skeleton' made of compressed nickel-iron alloy.

The entire light energy receiving and converting device looks like a large metal tree with large 'branches and leaves' hanging open.

"This is the brightest star in the future!" Zhao Yi also found it very interesting and even looked forward to the scene where the 'brightest star' would appear.

When the time comes, be sure to use a telescope to take a closer look.

After solving the cooling problem of the light energy receiving converter, there will be no technical obstacles in other aspects.

Zhao Yi returned to Zhengyang and asked the company and the space agency to simultaneously disclose the news of the high-power Z-wave satellite at the designated time.

Of course, we are not talking about the 'high-power Z-wave satellite' M, but the construction of a 'space channel'.

"The space agency teamed up with Yixing Technology to build a satellite that can establish space shuttle routes."

"This satellite is codenamed 'Yixing-1'. The space shuttle channel it establishes will allow future small spacecraft to complete space shuttles of up to more than 5 billion kilometers."

Five billion kilometers refers to the 'logical' distance, provided that the small spacecraft does not exceed one ton.

That's almost impossible.

The weight of a small spacecraft directly determines the distance. Under normal circumstances, a small spacecraft will definitely weigh several tons. Every time the weight doubles, the shuttle distance will double.

While announcing the news, Yixing Technology Company also announced its next plan——

"Next step, I will build and launch an anti-course satellite that will orbit Mars, which will establish a space shuttle route from Mars to the Earth."

"After the waterway is established, the next step is to launch a spacecraft to conduct shuttle experiments from Earth to Mars and from Mars back to Earth."

When Yixing Technology's plan was announced, it immediately aroused a strong response from public opinion, and was filled with relevant discussions at home and abroad--

"From the Earth to Mars? And then from Mars to the Earth? That's too exaggerated!"

"Is this an exaggeration? The space shuttle experiment has been successful. It only took ten seconds to go from the earth to the moon."

"That's an exaggeration. "From the Earth to the Moon" was only 300,000 kilometers, while the closest trip to Mars was 55 million kilometers, a difference of 150 times!"

"This distance is equal to half an hour? But, is the energy enough? Supporting a ten-second shuttle requires a lot of energy, right?"

"It's too far to get to Mars!"

"Now Yixing has just announced the plan. We still have to see whether it can be implemented specifically——"