The passionate years starting from the college entrance examination

A year later, in March 1983.

March is the most beautiful month of the year, when the mountains are full of spring colors, grass is growing and birds are flying.

In the southern Baiyun City, Chen Guohua and his family came here to attend Chen Xiaomei's wedding because the latter finally got married.

Chen Xiaomei's road to marriage has been really bumpy. From her initial blind date to Gao Guanbo, and then to Lin Zhixing, she has met several men, but for various reasons, she was unable to make it to the end.

The man she is marrying now is called Zhang Xitang, a handsome college student with a really good temper.

A good character trumps all else, so Chen Guohua did not try to stop him.

After all, Chen Xiaomei is already 33 years old at this time, which means she is already an old girl in this era.

After attending her wedding, Chen Guohua and his family returned to Beijing, and at this time the International Congress of Mathematicians was approaching.

Brother and sister Chen Wei and Chen Si argued endlessly about whether or not to attend the conference.

In the blink of an eye, it was May, and Chen Guohua went to the airport to personally welcome his two children home.

The International Congress of Mathematicians, which was not held last year, was finally held successfully this year.

The brother and sister Chen Wei and Chen Si finally boarded a plane to Warsaw and successfully won the Fields Medal, but after a thrilling kidnapping incident, they returned to Nanyuan Airport smoothly.

Chen Si, who had just gotten off the plane, hugged her father and cried:
"Dad, I will never go abroad again. It's too dangerous abroad, wuwu!"

"Be good, don't cry!"

Seeing his daughter crying so sadly and being so disappointed with the foreign country, Chen Guohua felt helpless.

Chen Wei, the eldest brother, also had red eyes at this time, and he was obviously still frightened by what happened in Warsaw before.

"Okay, let's just forget about it now."

Chen Guohua comforted the two siblings for a while, and Chen Si stopped crying. Her brother's mood also improved a little.

In fact, when they boarded the plane back home, they felt a lot more at ease.

Especially when the plane landed safely at Nanyuan Airport, the two siblings were already in tears.

Of course it is difficult for Chen Guohua, who has never been abroad in his life, to empathize with others.

However, Chen Guohua was knowledgeable in his previous life. Not only did he learn foreign languages, he also went to the Maple Leaf Country to practice lure fishing.

The two siblings brought back two Fields Medals, which was naturally a great thing for the mainland, and it was icing on the cake.

In addition to announcing the good news, official media such as People's Daily also reported on the experiences of the two siblings in Warsaw.

In short, condemnation is inevitable.

If it weren't for the safe return of the siblings Chen Wei and Chen Si, Chen Guohua might have personally carried a gas tank cannon to bomb those enemies who were causing trouble.

unacceptable!

Knowing clearly that Chen Wei and Chen Si are his children, there are still people who risk being condemned and scolded by the whole world to cause trouble. They simply disregard the law.

What they are doing will only make it even more impossible for Chen Guohua to go abroad.

In my previous life, I could at least go abroad, but in this life, I can’t.

Therefore, after Chen Wei and Chen Si came back, Chen Guohua paid more attention to the high-speed rail project.

However, the high-speed rail project from Beijing to Baiyun City was not established until 1980, the line planning was completed in 1981, and construction started in 1982. Now it is 1983, and there is still a long way to go before the completion of traffic testing.

After all, high-speed railways are completely different from ordinary trains, so there are many things to consider in their construction.

Especially on sections of road with complex terrain structures, such as Baiyun City, the geology is very special, and there is a lot of rainfall in the area, so we need to pay most attention to landslides caused by excessive rainfall.

Therefore, these things must be considered clearly before construction begins.

In the quantum chip laboratory of Zhenhua Research Institute, Chen Guohua is giving a class to everyone.

Let’s not talk about the high-speed rail for now, but the quantum chip project has been going on for eleven years, and it’s time for it to bear fruit.

Unfortunately, many things that are done step by step are not that simple.

"Quantum light source is a key component in quantum technology. We should all be very clear about this. During the development of our quantum chip, Lao Zhang and his colleagues invested a lot of effort."

In the laboratory, only Chen Guohua's voice was heard, and everyone else was listening attentively.

The quantum chip project was launched in 1972. Now, eleven years have passed and the overall project is almost completed.

A few years ago, it had already reached the final testing stage.

During the entire testing phase, both Zhang Jichuan and Xue Jinquan seemed to be getting restless.

In particular, they were interfered with by the outside world, such as how much money Chen Guohua made using the trading department, and the smart phone that Chen Guohua mentioned before.

After Chen Guohua proposed many new technologies, Xue Jinquan, Zhao Jusheng, Lu Zijing and others became completely uneasy.

However, Chen Guohua had already made arrangements for the next project planning.

Therefore, not everyone can carry out subsequent work completely according to their own ideas.

Unity and cooperation are the prerequisites for everything.

Then why is Chen Guohua talking about quantum light sources now?

Because next we need to complete more quantum products based on quantum chips, and we also need to further optimize quantum chips.

This doesn’t mean that everything will be fine once the quantum chip is developed.

"As a basic resource for the application of technologies such as quantum communication, quantum computing and quantum sensors, quantum light sources can also be optimized, such as the most common single-photon source we have completed before."

"As we all know, a single-photon source is an ideal information carrier. It can realize high-efficiency and high-security quantum key distribution, quantum stealth window, etc. Its main performance indicators include single-photon purity, brightness, monochromaticity and stability, etc."

"However, for such an excellent single-photon source, you have only developed a preparation method called laser attenuation. To be honest, I am quite disappointed."

Following Chen Guohua's voice, Xue Jinquan and others lowered their heads in shame.

"Eleven years. During these eleven years, I gave you so many resources and time, but you couldn't even develop two single-photon source preparation methods: atomic radiation transition and semiconductor quantum dots?"

Chen Guohua's expression became very serious and he stared at Lu Zijing and the others.

Seeing that no one said anything, he relaxed his expression and said:
"I don't care what you think in your heart. Zhenhua Research Institute will move to Baiwang Mountain one after another after September this year. At that time, all quantum projects will be moved there."

"Today, quantum chips have been developed and have passed all tests, but the quantum computer I want has not yet been realized, let alone quantum communications, quantum satellites, etc."

"As early as eleven years ago, I told most of you that the quantum project is a huge project that can extend to many, many technological applications."

"The future will be a war at the quantum level. Don't be complacent because you think you are at the forefront of the world. That is absolutely unacceptable."

"If your mindset is not right, all your efforts will go to waste. I have stressed this many times before. You must get a perfect score of 100 on every exam. I don't want you to be complacent and smug when you only get 99 points."

"Let's not talk about these things anymore. Let's not talk about the future first. Let's first realize the application of technologies such as quantum computers before we talk about other things."

"Especially now that we have launched the lunar orbit space station project, the demand for our quantum computers will further increase."

Inside the laboratory, Lu Zijing and others didn't dare to breathe, for fear of interrupting Chen Guohua's speech.

As Chen Guohua's authority grew, every time they were in the laboratory, even people like Lu Zijing and Xue Jinquan, who had worked with him for more than 20 years, would be afraid of Chen Guohua.

"Okay, let me talk about the preparation method and technical details of the entangled light source. You all listen carefully. This is the third time I have said this. After reviewing, I will personally lead you to complete the next task together."

Chen Guohua glared at everyone, then continued his lecture.

It’s not that the technicians and researchers in front of us are incompetent, but quantum technology is really abstract and difficult to handle.

What's more, people like Xue Jinquan, Lu Zijing, and Zhao Jusheng have only been exposed to quantum theory for a short time, and there are too many technologies involved in the entire process of quantum chip development.

After the lunar orbital space station project was launched, Chen Guohua had to accelerate the development of quantum technology applications.

For example, the quantum entanglement transmission technology that has been advocated for more than ten years. Once it is developed, its wireless communication distance can exceed 1,200 kilometers.

Even longer distances can be achieved through quantum entanglement transmission technology. As for the details, we still have to wait until this technology is developed.

"There are three main methods for preparing entangled light sources, namely spontaneous parametric down-conversion based on nonlinear crystals, spontaneous four-wave mixing based on silicon-based materials, and preparation of entangled sources based on semiconductor materials such as quantum dots."

As can be seen from the names of these three preparation methods, it is already very difficult to obtain an entangled light source, not to mention that after preparing the entangled light source, it is only the starting stage. The difficulty coefficient is very high if you want to realize quantum entanglement technology.

In the entire quantum information network node classification, the terminal nodes are quantum computers, quantum sensors and other hosts that execute quantum applications, while the relay nodes are quantum repeaters and quantum routers responsible for distributing and managing entanglement in the quantum network.

There are also quantum light sources, Bell state analyzers, quantum memories, quantum converters, single-photon source detectors, etc. that assist terminal nodes and relay nodes in entanglement distribution.

As for the quantum entanglement transmitter, the technical difficulty itself is very high, so let's first realize basic accessories such as quantum chips and quantum sensors and then talk about the quantum entanglement transmitter.

After a pause, Chen Guohua continued:

"Let's start with the spontaneous parametric down-conversion method based on nonlinear crystals. Its advantages lie in brightness and reliability."

"However, the application of the spontaneous parametric down-conversion effect of nonlinear crystals in multi-photon entanglement sources is to achieve photon entanglement through a coincident structure of two barium metaborate crystals and a half-wave plate."

In the history of the original space-time, in 1995, barium borate crystals were used for the first time in entangled light source experiments, producing high-contrast photon pairs.

Time flies, and time in the laboratory is the least valuable.

Before I knew it, a morning had passed.

As it was approaching noon, Chen Guohua still did not leave, but continued:

"At present, our Zhenhua Institute still has great shortcomings in the technology of quantum light sources. There are still challenges in improving the single-photon emission rate, improving the quality and purity of photons, and achieving integration and stability."

“Therefore, the focus of our work in the next stage is to bring together the researchers we recruited in the past few years to jointly develop new materials and new devices, so as to improve the level of light source control technology and meet the application needs of quantum technology.”

At present, the mainland's demand for the application of quantum technology is actually other projects of Zhenhua Institute itself, such as the lunar orbital space station project, the Overlord space transport spacecraft project and Chang'e Intelligence.

Overall, these projects actually represent the most advanced technological level in the mainland.

For the next period of time, Chen Guohua focused all his attention on the quantum project.

Just as he himself said, after the launch of the lunar orbital space station project, the quantum entanglement transmitter became extremely critical.

Putting aside other things, just realizing advanced equipment such as the quantum entanglement transmitter will make the connection between the ground center and the Nantianmen Space Station closer.

It can even be said that it is completely possible to achieve barrier-free information exchange and transmission between the ground and the Nantianmen Space Station.

However, this will result in greater energy consumption, and also means that more advanced battery technology needs to be developed. Otherwise, neither the ground nor the Nantianmen Space Station may be able to support it.

Taking the Nantianmen Space Station as an example, many experiments require a large amount of electricity, and even the operation of the space station itself requires a lot of energy.

What's more, once the computer equipment, communication equipment, etc. in the Nantianmen Space Station are replaced with quantum equipment, the demand for electricity will definitely soar by several levels.

In this case, the solar panels on the Nantianmen Space Station itself may not be sufficient.

Of course, these are the subsequent development work at the technical application level, and Chen Guohua has already made corresponding arrangements.

In addition to focusing most of his time and energy on quantum projects, Chen Guohua occasionally takes time to pay attention to other things.

For example, the gold bottom-fishing project was launched last year. A year has passed, and the current gold market is still dead.

The price of gold per ounce is currently still fluctuating between 310 and 330, without much ups and downs.

If prices don’t go up, it means no one is paying attention to this market.

But in fact, Chen Guohua has already bottomed out in the gold market.

In just one year, more than half of the bottom-fishing operation has been completed.

The reason why it was so slow this time was naturally because the movement was too light, and it was also closely related to the big movement in October of the previous year.

Two years ago, Chen Guohua plundered more than 200 billion US dollars of wealth from the global market in one fell swoop, causing global wealth to shrink significantly.

Even top capitals such as Lannister Morgan were unable to escape the clutches of Chen Guohua. Instead, a few lucky ones such as Mark Gattus, president of the New York branch of Bank of America, and small retail investor Margaret made profits.

Now, even if Chen Guohua has completed the bottom-picking of gold, he will not take action.

For now, he is not short of money, and the projects of Zhenhua Research Institute are sufficient, so he is not in a hurry.

As long as there is no major fluctuation in the gold market, he will not take action.

After all, the inflation rate in North America has already come down, and this year is 1983 and next year is 1984. Ronald Wilson will never allow the inflation rate to continue to soar.

Otherwise, Ronald Wilson will definitely use his ultimate weapon to push up the US dollar exchange rate again.

As we all know, large fluctuations in the US dollar exchange rate will inevitably affect the price of gold.

There are also other factors such as oil prices and wars that may affect the rise and fall of gold prices.

Therefore, Chen Guohua still needs to pay close attention to these things, otherwise, if other accidents occur, his plan to buy gold at the bottom will inevitably fail.

Having invested so much money, manpower and time, how could Chen Guohua allow such a thing to happen?

In addition, Chen Guohua will take time to go to the Northwest, where he will pay attention to the rocket launches in the Northwest and go to Chang'e Town to irrigate the town with large amounts of water.

Last year, Chen Guohua often went to Chang'e Town, and the town had already begun to take shape at that time.

However, Chen Guohua still did not choose to move the supercomputer to Chang'e Town.

Compared with Chang'e Town, the two places of Southwest and Zhongzhou have been completed long ago.

There are three places, namely Chang'e Town, Southwest and Zhongzhou, plus Baiwang Mountain in the capital, a total of four places will store a supercomputer with the most advanced computer level.

These four supercomputers are the intelligent home of Chang'e.

For now, all of this is just a transition, or a backup plan.

After quantum computers appear, Chen Guohua will carry out equipment-level updates.

Although quantum computers consume much less electricity than supercomputers, the technology of the newly emerging quantum computers is not the best.

According to current tests by Zhenhua Research Institute, quantum computers can reduce energy consumption by more than one million KWh, but this is only experimental data.

Judging from the quantum computer currently being developed by Zhenhua Institute, it is currently just a quantum computer with dozens of quantum bits.

Such a quantum computer cannot show significant advantages in terms of energy consumption.

Only Zhenhua Research Institute has developed the dilution refrigerator required for superconducting quantum bits. As the number of quantum bits increases, the energy consumption remains almost constant, while the computing power brought about by the increase in quantum bits is increased exponentially.

Therefore, only at this time will the advantages of quantum computers be fully released. But no matter what the energy consumption of quantum computers is, the development of new energy technology will definitely not fall behind. Chen Guohua needs to realize more technical equipment step by step to develop more advanced equipment and complete the development and application of new energy.

In short, for now, the four places of Chang'e Town, Baiwang Mountain, Southwest and Zhongzhou play a great role in Chang'e Intelligence.

In the short term, it will definitely not be cancelled.

What surprised Song Xuyan was that Baiwang Mountain, Southwest and Zhongzhou had all been put into use, but there was still no sign of Chang'e Town.

"Old Chen, you don't really want to turn Chang'e Town into an oasis city before activating the supercomputer here, do you?"

On this day, Song Xuyan, who followed Chen Guohua to Chang'e Town for inspection, asked curiously.

"Old Song, don't you think that Chang'e Town is very suitable for living at present?"

Hearing Chen Guohua's words, Song Xuyan rolled his eyes:
"I need to make one thing clear. I have no doubts about Xiao Ming and his team's hard work here. Under his management, Chang'e Town has indeed achieved rapid success."

"But Lao Chen, this is the Northwest. Sandstorms and other bad weather are much more terrible than in Beijing. How could you say that this place is very suitable for living? I really don't know when you became blind."

Upon hearing this, Chen Guohua did not rush to refute, but continued to move forward.

Chang'e Town was just a blank sheet of paper from the beginning. It was a small town born from a wasteland and now it seems to have no appeal.

However, in Chen Guohua's opinion, as long as you are willing to spend money, the future Chang'e Town will definitely be a tourist destination like a paradise on earth.

As for being a very suitable place to live, that is for sure.

Because it is compared with other places in the entire Xinjiang province, not with other towns in the mainland.

After all, no matter how great Chang'e Town is, its climate and other conditions are indeed not as good as those in the eastern coastal areas.

"Old Song, you are only 56 years old this year, young enough. Do you believe that in another ten or twenty years, Chang'e Town will be the most prosperous and bustling city in the entire northwest region?"

Without waiting for Song Xuyan to speak, Chen Guohua pointed to the straight road in front of them and fancied:

"This Long March Avenue will lead straight to the Cherchen River. Many maple trees of various species have been planted along the way. In early October every year, if you have time to come here, you will see the bleak autumn along the way."

"Look at the Yangtze River Avenue here, with ginkgo trees on both sides, haha."

"As well as other trees such as cherry blossoms, Chang'e Town will be the flower city of the northwest."

After hearing Chen Guohua's imagination, Song Xuyan already had that picture in his mind.

Although ginkgo trees are not suitable for planting in the northwest because the winters in the northwest are very cold, ginkgo trees will grow slower in cold places and may even grow poorly.

But as the saying goes, money makes the world go round, and what's more, it's just planting ginkgo, which is nothing more than spending a little more money.

Under the great wave of reform and opening up, people who can make money naturally don't mind spending more money.

The more money you spend, the greater the boost to the overall economy.

For example, in Beijing, with the increasing number of tourists, a new airport is already under planning and construction, and there are also many other projects, such as five-star hotels, subway and bus lines, municipal road repairs, etc.

All of these projects cost money, and a lot of money.

In the history of the original time and space, there was certainly no money in the capital, but this time and space is different after all, so there must be money.

Thinking of the funds in the Zhenhua Research Institute's account and Chen Guohua's plans in recent years, Song Xuyan suddenly didn't know what to say.

There is nothing wrong with Chen Guohua's plan, and there is a high probability that he will make a lot of money again.

Even if we don't make any money, the daily profits from the trading department plus the current savings are enough to support the transformation of Chang'e Town.

The two of them took a quick inspection along the town's several main streets, and then went home.

What Song Xuyan didn't know was that Chen Guohua had already sent another 30 million cubic meters of water to Chang'e Town.

In addition to Chen Guohua carrying a space ring to transport water to Chang'e Town, the town itself has relatively sufficient water resources.

Every spring and summer, most of the snow water flowing down from the Altun Mountains is stored.

The moats in and around Chang'e Town are able to store more water resources.

Of course, in the summer, much of the water in lakes and rivers will evaporate.

These are considered as adjustments to the local climate.

In addition, another major feature of Chang'e Town is the karez.

Karez is a specialty of Turpan and can be seen in many places in the desert areas of the northwest.

Almost every household has a karez.

In Chang'e Town, many artificial wells were built for water storage, and these wells are everywhere.

However, these wells are only used when there is a shortage of water. Normally, they are basically not used.

It can be said that in Chang'e Town, water resources will be a very critical resource for a long time to come.

Water resources are also a problem that can be solved through technology and funding.

Therefore, Song Xuyan really didn't know what problems Chen Guohua would encounter in the process of realizing the scene he had just described.

Song Xuyan couldn't think of it, but Chen Guohua knew it very well. After the construction of Chang'e Town was completed, the most critical point was how to attract more people to work and live here.

A tourist city is just Chen Guohua’s positioning for Chang’e Town, but it is really hard to say whether it can be achieved, simply because this place is too remote.

Located at the foot of the Altun Mountains, it is completely far away from the eastern coastal cities.

When trains were not yet available, airplanes were the only means of transportation.

After all, the nearest city to Chang'e Town is more than a thousand kilometers away, which is quite scary to think about.

This must be the most isolated town, right?
Not long after returning to the capital, Chen Guohua went to Di'anmen Street again and received a medal.

Well, it's about the reward for the quantum chip project.

Quantum chips have been able to be mass-produced smoothly, and the current yield rate has reached 78%, which is barely passing.

This is a quantum chip after all, so we can't expect too much.

The troops have taken the lead in using quantum chips, and the feedback has been very positive.

In order to commend and encourage Chen Guohua, the higher-ups not only awarded him a medal, but also gave more recognition to his work.

Of course, this also requires Zhenhua Research Institute to pay money and reward all project personnel.

Since the completion of the last Nantianmen Space Station project, the higher-ups accepted Chen Guohua’s suggestion and allocated 500 million RMB as a reward to all project personnel.

As expected, not all of this money was kept in the bank; most of it was taken out for circulation.

Money is living money and its value can only be reflected when it is put into circulation. Otherwise, it is dead money and will not be of much use to the country and society.

Therefore, this time, after the quantum chip project was completed, Chen Guohua did not need to speak, as his superiors had already reminded him that he could refer to the reward distribution plan of the last Nantianmen Space Station project.

In this regard, Chen Guohua will certainly not be stingy with rewards.

Today, the Zhenhua Research Institute has become extremely large and bloated.

There are more than 10,000 people working on the quantum chip project alone, which is the largest scientific research project group in Zhenhua Institute except for the aerospace projects.

There are more than 10,000 people. Even if Chen Guohua takes out 100 million yuan to reward everyone, each person can only get a few thousand to 10,000 yuan.

This reward amount is definitely not small, but of course it is not a lot either.

A few thousand dollars in 1983 could buy big items like televisions and computers, but not much.

As for buying a car or something like that, that's absolutely impossible.

Therefore, Chen Guohua directly approved 500 million RMB, which was considered to stimulate everyone's sensitive nerves.

"In the future, everyone in our Zhenhua Research Institute will be able to drive a car!"

Just this one sentence was enough to make everyone excited.

At the end of May, Chen Guohua appeared in the laboratory again to follow up on the current quantum project.

The quantum project is a key project that Chen Guohua needs to follow up personally in the next six months or even a year, because it is related to many key projects.

In the single-photon detector laboratory, the three researchers Zhao Wenqi, Chen Jinyi and Yang Shixiu, who came from the army to assist in research and development, looked so busy that Chen Guohua felt helpless.

But they couldn’t say anything. After all, the researchers in Zhenhua Research Institute were also a little nervous, let alone Zhao Wenqi and the others?
"Single-photon detectors can respond to single photons, convert optical signals into electrical signals, and complete the detection of quantum states. The single-photon detectors that we are developing at Zhenhua Research Institute are single-photon avalanche photodiodes and superconducting nanowire single-photon detectors."

There is nothing magical about Chen Guohua's voice, it's just a very ordinary voice.

However, Zhao Wenqi, Chen Jinyi, Yang Shixiu and others listened very carefully and gradually calmed down.

"Single-photon avalanche photodiodes are silicon-based avalanche detectors in Geiger mode, mainly used for the detection of visible light. This detection element has gradually become a limiting factor in some photon experiments due to its low detection efficiency, high dark count rate, and long recovery time."

"Single-photon avalanche photodiodes are widely used in optical platform detection because they are more sensitive to photons in the visible and near-infrared bands."

"The working principle of single-photon avalanche photodiode is to convert the energy of photons into voltage pulse signals for measurement, thereby achieving the purpose of detecting photon signals."

After explaining the technical details of single-photon avalanche photodiodes and waiting for them to digest them, Chen Guohua re-explained the technology of superconducting nanowire single-photon detectors in the afternoon.

As an emerging single-photon detector, superconducting nanowire single-photon detector has the advantages of short dead time and low dark count.

However, superconducting nanowire single-photon detectors also have their shortcomings.

"These shortcomings are what we at Zhenhua Research Institute need to overcome. Everyone, please listen carefully. These will be very useful for our subsequent research on superconducting nanowire single-photon detectors."

When it comes to these technical key points, Zhao Wenqi and his colleagues became more serious.

Qian Yuanxing, who was in charge of the single-photon detector, was also very serious at this time. He did not ignore Chen Guohua's explanation because he was already very familiar with it.

"First, the use of single-photon detectors must be equipped with cryogenic cooling devices, which brings challenges to the integration of device platforms."

"Secondly, the superconducting nanowire single-photon detector has a poor response capability to photons outside the visible light and infrared bands. We need to further expand the photon response band. This is our next technical focus. For relevant technical details, you can look up pages 37 to 62 in the materials I gave you."

It was almost time to get off work in the afternoon when Chen Guohua finally left the single-photon detector laboratory.

To be honest, the slow progress of the quantum project's research and development is actually within Chen Guohua's plan, but eleven years is still a bit too long.

Quantum chips are still in their infancy, and there are other components such as quantum memories. Although these components were also developed in the 1970s, they were launched almost within three years of quantum chips.

But it was still a little slow after all.

Fortunately, Chen Guohua was not very busy during this period, otherwise there would be no way to speed up the research and development progress of the quantum project.

"Old Chen, let me show you some news."

Chen Guohua had just come out of the single-photon detector laboratory and was about to go to the quantum memory laboratory, but Song Xuyan blocked his way.

After receiving a newspaper from Ge Shouzhi, Chen Guohua quickly read the contents.

The North American Space Agency launched the Pioneer 10 probe on May , a spacecraft that flew past Saturn.

Back in March of this year, Ronald Wilson, the North American squad leader, gave a speech to Congress and proposed the Star Wars plan.

Such extremely arrogant remarks are really too rampant!
Moscow was very dissatisfied at the time. Although Vladimirovich had just taken office, he still had a strong control over power.

It’s a pity that no matter how strong he is, he can’t defend his body.

He was so angry about Star Wars that he ended up in the hospital. Even the accompanying doctor couldn't cure him in a short time, so he had to go to the hospital.

A few years ago, the development of the space station was in full swing in Moscow. Based on the Kunpeng spacecraft in the East, there was also a scientific research project to design a "reusable spacecraft". Experts from more than 280 scientific research institutions devoted themselves to the research and development of this project.

Obviously, Moscow still bases its space station on the familiar Salyut Fak, which is still being developed by the Korolev Energia Rocket and Space Corporation.

At this time, North America not only proposed the Star Wars, but also actively developed exploration of other planets such as Mars and Saturn, and frequently launched spacecraft capable of performing related tasks into space.

As a result, Vladimirovich could not bear the pressure, and for a moment he became depressed, his blood pressure soared, causing his old ailments throughout his body to relapse. This was very normal.

Elderly people are easily susceptible to external stimuli, which can aggravate their condition.

Therefore, if you want to live a long life, you still need to have a peaceful mindset, which is often referred to as emotional stability and a positive and optimistic attitude towards life.

Chen Guohua didn't take the Star Wars plan proposed by Ronald Wilson, the North American squad leader, seriously at all.

Because the Star Wars plan is actually just a cover.

What is the current status of the space weapons that were mentioned in the early years?

It's because bragging doesn't require tax, so you can brag as much as you want. It's not that simple.

What's more, even if we have space weapons such as particle beams and laser cannons, they are actually no match for intercontinental missiles.

Many intercontinental missiles can actually be launched into space. As long as the speed is fast enough, destroying the so-called space station is not a problem at all.

For example, the Nantianmen Space Station is actually located in a low-Earth orbit more than 400 kilometers above the ground, and it is also a large space station platform weighing more than 500 tons.

The Nantianmen Space Station's flying speed in low-Earth orbit is 7.8 kilometers per second. If an intercontinental missile can exceed this speed, it will definitely be able to destroy the space station.

Of course, generally speaking, the maximum speed of an intercontinental missile is 6.56 kilometers per second, which is about Mach 19.

But even if Moscow or Washington can develop such a powerful intercontinental missile, the Nantianmen Space Station is not without the ability to fight back.

You know, more than ten years ago, Chen Guohua had already started the construction of the air defense system.

The air defense system includes synchronous satellites, phased array radars and other related communication systems, which can definitely detect intercontinental missiles before they are launched.

What's more, the current Zhenhua Research Institute has been vigorously developing quantum entanglement transmission technology, and the communication system in the future will only become more and more advanced.

It would be even more difficult for those intercontinental missiles to hit us.

Not to mention the Fifth Academy led by Qian Xuesen. They are not dead, or have stopped the research and development of missiles and rockets.

Maybe the East has developed intercontinental missiles with a speed of more than 20 or even 30 Mach earlier.

"Oh, Lao Song, there doesn't seem to be anything interesting about this news, right? What do you want to say?"

Chen Guohua's indifferent attitude made Song Xuyan roll his eyes:
"Old Chen, even though I don't know the technique, they've already made a move. Even if we don't fight back, should we just pretend?"

PS: Recommended book [Year: Starting from Divorce from Female College Student], search the author's name: Meow Li Qiu Shi! (End of this chapter)