Genius of the Rules-Style System

The Z-wave generation base covers a large area, and the nearby 30 kilometers are restricted areas for scientific research.

In such a large area, it is really comfortable to drive a flying car freely for a few laps.

Zhao Yidu felt that he had realized his life dream. Looking at the flying car, he felt more happy than completing any research and development. Perhaps mainly because the former was too much and the latter was the first time he had experienced it.

When I was learning to drive a flying car before, I was always unable to fly smoothly.

it's OK now.

It's just that it's a bit difficult to fly freely. There is a supervisor next to the co-pilot, or a temporary technical 'security' who is responsible for Zhao Yi's driving of the flying car. The job of the security guard is to execute the co-pilot's actions when there is danger. The 'safety gear' that can be operated by the driver will open a large parachute above the flying car.

It's hard to say whether the parachute is useful or not. Maybe it won't be safe after opening it at special times, but it's always better to have a parachute without it.

The flying car driven by Zhao Yi was the first batch of cars to be manufactured. All other cars had been ordered. The one he was driving had been specially modified and some safety controls had been added to ensure safety.

There are only 500 flying cars in the first batch, and each one is sold for 40 million yuan.

The price can be said to be quite high, but compared to the performance of the flying mechanism, it is actually very cheap. The flying car can reach a speed of 400 kilometers per hour. There is no relevant legal speed limit for flying, that is You can directly enjoy a flight speed of four hundred kilometers per hour.

At the same time, flying cars are also very safe. In order to pass the approval of superiors, more than 10 million yuan is invested in the safety of each car, even more than the entire car.

After excluding taxes, the profit that each flying car can bring is only about 10 million yuan. The profit margin of one quarter can be said to be relatively low, especially since flying cars have no competitors. It can be said to be a monopoly product.

But considering the market's acceptance, it is normal to price it at RMB 40 million.

If the price exceeds 50 million yuan, most of the domestic market will be lost, and no one can buy it except those wealthy people.

Most of the people who buy the first batch of flying cars now are top rich, or simply funded by large enterprises. Buying flying cars is just to "increase exhibits", and some are purchased by tourism organizations. After they buy the cars, You can use flying cars to add an 'entertainment item'.

etc.

No matter what, the first batch of 500 cars was sold, earning 20 billion in one breath. After deducting costs, there was a profit of 5 billion. The profit was still very attractive.

But in fact, for Yixing Technology, the profit is only equivalent to selling a small spaceship.

Nowadays, the purpose of continuously manufacturing and selling flying cars is not to make a lot of money, but to develop the flying car market, and also to help explore and improve relevant legal provisions. As long as the market is slowly developed, perhaps we can continue to Make more cars.

In addition, mass manufacturing also helps reduce costs.

Nowadays, many parts of flying cars are manufactured manually, and they can be slowly improved in the future, which can greatly reduce costs.

Everyone else in the Z-wave base is very coveted for flying cars. Even some security and logistics personnel kept looking at the cars and kept talking, "It would be great if I also had a flying car. How cool!"

"It is said that this car was developed by Academician Zhao. He developed it and drove it himself. It is really amazing!"

"I also want to buy one, but I don't have the money. I think it costs 40 million, right? Poverty restricts me from pursuing my dreams."

"Come on, work hard. With your salary of 10,000 yuan, you can buy it in just 4,000 months."

"Four thousand months? More than three hundred years?"

"——!!"

"Forget it."

When it comes to salary levels, most people shed tears of sadness. The same goes for top scientists. Forty million is not something ordinary people can afford. They are top scientists, but when it comes to salary, It can be said that they can also be classified among the ranks of ordinary people.

For example, Johnson, the head of the Country Y team, asked about the price of the flying car and simply said nothing. He is definitely a high-paid elite, but his annual salary is only about 2 million yuan.

This salary is quite amazing.

But to buy a flying car, you need to work for twenty years without eating or drinking.

Of course, there are some people who can afford it. Someone asked Zhao Yi about flying car sales before, and he still gave the same answer, "We have no overseas sales plans yet."

"but--"

This time there is an extra twist, "It should be possible in the future, I think it will be possible as soon as next year."

He has a basis for saying that.

In the past two years, foreign countries have relaxed their import restrictions on domestic technology products. Probably the most important reason is that their concepts have changed.

The previous import restrictions on the latest domestic technology-related products were mainly due to concerns that the latest technology-related products would affect companies in related industries in their own countries. They still hoped to proceed in a cooperative manner.

For example, unlimited power cars.

The export of unlimited power cars has gone through a lot. At the beginning, there were various prohibitions and restrictions. For example, country M hopes that unlimited power cars can build a factory in country M or cooperate with car companies in country M before they can be sold.

Things have slowly changed over the past two years.

It has been found abroad that technology in various fields has been rapidly caught up with China, and products related to the latest technology are completely unable to keep up.

Because people could not buy the latest technological products, they began to gather for parades and so on. The policy was suddenly relaxed, and their views changed.

This is just like the country a few decades ago. Knowing that foreign countries were all high-tech products, they would want to introduce more high-tech products to learn from and promote domestic technological development.

Studying abroad and studying at home is the current trend.

Therefore, it is relatively easy to sell high-tech products related to the latest technology abroad. With the relaxation of application approval procedures, the approval timeline will be greatly shortened.

This is even more true for flying cars.

Flying cars are definitely attractive enough. There are a lot of high technologies on them, and foreign countries also hope to learn them.

Of course, in fact, you can't learn it at all.

It is almost impossible to imitate products in the latest technological field by dismantling the original device, especially flying cars that involve solar energy transmission technology.

So what if the counterfeiting is successful? The most basic one also requires energy-gathering satellites around the sun to be used.

——

Research at the Z-wave experimental base is still continuing, and the material transmission experiment has found a balance point.

Now we are doing experiments again and again and making calculations based on a large amount of data to derive the relationship between energy and space.

Theoretically speaking, it is to derive the relationship between photon energy and holes.

This relationship is very important. After completing the 'space density calculation', you can even use this to use material transmission technology, for example, to transmit the most ordinary water.

The material transfer experiment can only transfer a ratio of more than 60% for the time being. The transferred materials will also become atoms and molecules, causing solids to directly turn into powders, but the impact on liquids and gases will be very small.

If material transmission technology can be truly used, the earth's water can be directly transmitted to other planets. .

For example, a moon base.

There is no doubt that water is very, very important for the lunar base. The urine of people in the living area will be collected for purification and use. It also needs to be used as domestic water. The use of material transfer technology can perfectly solve this problem. It can transfer several cubic meters of water at one time, and can also transfer it multiple times, which is enough to ensure the water problem of the lunar base.

Compared with the cost of transportation by transport ship, the cost of using material transmission technology is even much lower.

If solar energy transmission technology can be used as energy supply, it can be said that there is no cost at all.

Of course, it is not easy to create the "empty subspace" for experiments on the moon. A large amount of equipment needs to be transported, and some overweight equipment cannot be transported by transport ships.

But no matter what, as long as there are no limitations in theory and technology, it can always be realized in application.

In the process of continuous research on material transport, Zhao Yi is also responsible for controlling the development of the space exploration field of Yixing Technology. The next plan of Yixing Technology is to use high-energy Z-wave satellites in space to experimentally launch thirty special detection device.

Thirty detectors were launched together, using single-performance space cover technology. The spacecraft transported is disposable, and the space cover opened is also disposable. The detectors are placed on the disposable spacecraft in an orderly manner, using space Air transportation directly to the destination.

Then the disposable spacecraft will disintegrate, and each detector will turn on its internal energy device, fly and correct its route for a period of time, and fly in its own direction.

This is an experimental exploration plan.

The long-standing goal of Yixing Technology is to use the ultra-large Z-wave device built on the moon to launch a large number of detectors for targeted detection of the star system covering the nearby ten light-year range.

The purpose of exploration includes studying the composition of planets and comets, and discovering planets that humans can colonize, etc.

However, the detection is not purely scientific in nature, but hopes to find precious mineral deposits that can be mined, or other valuable discoveries, so that the next development plan can be formulated.

The research and development of the detector did not take much effort. The most important thing was the research and development of the one-time spacecraft, and the core was all written by Zhao Yi.

Now it is also being tested for the first time, and its destination is the Oort Nebula surrounding the solar system.

This is also the farthest distance that a high-energy Z-wave satellite orbiting the earth can support space shuttle.

The scope of the Oort Nebula is very large, covering about 30,000 astronomical units behind the orbit of Pluto to a position of one light-year. It is believed that there are more than one trillion comets orbiting the sun in the range, and it is the home of many long-period comets. source.

Yixing Technology is preparing to take advantage of the experimental opportunity to conduct initial detection of the Otter Nebula.

The initial detection targets are still some known comets and planets. The follow-up is free detection, just like the Voyager. It can detect wherever it flies. Information can only be transmitted with weak electrical signals. For energy reasons For this reason, the detector was not equipped with space connection equipment, and the initial data transmission also needed to be delayed by two months.

Although it is just a test experiment of Yixing Technology, the significance of detecting the Otter Nebula is still very great.

The National Aeronautics and Space Administration also participated in describing that they hope to obtain some data to support future voyages of the spacecraft.

Zhao Yi just smiled at this and found it very interesting. People's thoughts will change when they are in different situations.

The spaceship is also his work, but now it feels a little behind, mainly because manufacturing cannot keep up with research and development. Just like mobile phones need to be updated, new mobile phones will appear in a few years, and the technical level and functions will be far behind. than a few years ago.

The spacecraft is in the same situation.

Compared with the latest medium and small spacecraft, today's spaceships feel a bit like "classic cars". Many people are working around the spacecraft, but the progress of the spacecraft in exploring the universe is very slow. Until now, at most it has only just begun. Sail near the orbit of Mars.

This distance is really too close.

In fact, it is understandable. When the spacecraft was designed and manufactured, many technologies did not exist yet, and the technology of some internal core devices was also immature.

Even if there are no technical problems, because the spacecraft is very large and there are many people working on it, there must be no accidents.

Precisely because of absolute safety considerations, it is necessary to ensure the safety of navigation.

It just so happens that the latest technology-related developments have been very rapid in recent years. Yixing Technology has cooperated with the space agency and has made tremendous progress in space exploration, and has even completed the construction of a lunar base.

Spaceships can carry people on light-year journeys, but due to safety issues, they have been unable to sail normally.

In comparison, medium and small spacecraft do not have this consideration.

For example, some people have proposed installing a high-energy Z-wave generator on the Xuanhuang. The power will definitely not be as powerful as a spacecraft, but it is enough to support the Xuanhuang's space shuttle. Each space shuttle will travel a distance of more than 10,000 astronomical units. As long as six to In seven trips, you can travel a light-year distance.

Taking into account the interval of energy accumulation during the space shuttle, Xuanhuang can quickly travel to the nearby Centaur in a week.

Of course, that's assuming nothing unexpected happens.

This plan is already under consideration by high-level officials and the space agency, because the relevant technology already exists and can even be directly used in practice. The only thing missing is information. They hope to have more complete exploration information to ensure the absolute safety of Xuanhuang. .

Zhao Yi did not take a position on the exploration plan. He hoped that it could be realized, but because it was related to the safety of a large number of people, there was no way to express support directly, and he was not sure that the voyage was absolutely safe.

But, it’s definitely doable!

"Maybe we can really try it. How can space exploration be 100% safe?"

"If there is a relevant plan, many people will definitely sign up enthusiastically. This is an opportunity to truly go out of the earth and the solar system!"

"Perhaps I can give it a try?"

Zhao Yi thought about it and felt that his idea was good. He would definitely not be able to guarantee the safety of the Xuanhuang on earth, but if he went on a space trip, as long as he used the "Law of Cause and Effect" to check before each space shuttle, he could predict in advance whether it was safe. .

A week to reach a nearby galaxy is not too long, provided that——

"It will only take a breakthrough in the gravity generating device. Otherwise, if we persist for a week? Maybe we won't even be able to persist."

He found that he was definitely not suitable to be an astronaut. He would definitely suffer from vomiting and diarrhea the next time he went to space, and it was not certain that his body would suffer from incurable diseases as a result.

Therefore, we still need to seriously study gravity generation technology!