From University Lecturer to Chief Academician

The experimental results are before our eyes, and the technology and theory are very clear.

After Wang Hao summarized the theory, he briefly talked about technical issues. In fact, there is no need to go into in-depth analysis. Technology is more clear than theory.

The creation of a gravitational field is determined by three parts, two of which are co-directional current structures and the other is a symmetrical coil structure.

The co-directional current structures on both sides create a gravitational field.

Symmetrical coils increase performance and regulate and expand the subsequent effects of the force field.

The co-directional current not only creates a gravitational field, but its refined design can also determine the strength and direction of the gravitational field.

The frequency of interference waves released by the symmetrical coil can greatly increase the distance of the gravitational field release, and the power will affect the direction of the subsequent coverage of the gravitational field. When the power increases to a certain extent, the direction of subsequent influence of the gravitational field will be reversed. .

The subsequent influence direction of the gravitational field will only expand and reverse, which is strongly related to the release direction of s+ and s- waves.

Either in the forward direction, or in the opposite direction.

After the theory and technology were clarified, the work of the experimental group and the theoretical group was also very clear.

The experimental group continues to conduct experiments, obtains data through continuously adjusted experiments, and allows the technology to slowly mature.

The theory team continues to improve the theory.

The research is almost complete at this point.

The main core content is already there, and there are no longer technical and theoretical obstacles.

Wang Hao is also very satisfied with the research on gravitational field technology. It took them less than five months to perfect the gravitational field theory and master the technology to control the gravitational field.

Now they can create and release a gravitational field of more than 35 kilometers. With the improvement of theory, follow-up technology will continue to improve. There are no technical or theoretical obstacles to developing a gravitational field that exceeds 100 kilometers and covers several kilometers. .

The next step is to continuously accumulate experience, improve theory, and improve technology. Gravitational field technology will soon mature.

The follow-up work will be left to Qian Hongyu, Huang Mingkun and others.

Qian Hongyu was appointed as the head of the gravitational field technology team. Huang Mingkun is an engineering representative sent by the military. He will also stay at the gravitational field technology experimental base for a long time to assist Qian Hongyu's team in research.

Wang Hao took He Yi and the theory team back to Xihai.

After resting in the West Sea for about a week, he took He Yi to the annihilation particle experimental base, checked out Tang Hongchao's team's laser weapon research, and asked Tang Hongchao to go to the light pressure engine experimental base.

Tang Hongchao's team's laser weapon research has not made any major improvements. It basically stabilizes the original technology and makes small improvements to the laser weapon equipment, but it only makes the performance more stable and improves the service life.

Wang Hao was not disappointed either.

This was to be expected.

Laser weapon technology is too simple, it just concentrates the beam to create high temperature and high pressure. The simpler the technology, the less room for improvement.

Laser weapons that can cover more than 3,000 kilometers in space hundreds of kilometers from the ground, and can cover more than 6,000 kilometers in outer space, have basically reached the standard in terms of performance.

Now that gravitational field technology is available, it can be used as a shield for space carriers. There is no need to worry about the threat of meteorites or satellite fragments. The status of laser weapons will naturally decline, and it is used as a means of supplementary protection and active attack.

They are just building the first space carrier. As long as it has sufficient protection capabilities, it can have various functions.

The performance of laser weapons released in space with a range of several thousand kilometers is not bad. It can cause a direct strike several thousand kilometers away, so there will no longer be worries about threats from various man-made means.

The technology on earth is not yet so advanced.

Even if it is a direct attack under human control, the fastest speed of a man-made space vehicle is only tens of kilometers per second.

Such space vehicles are generally used to detect extraterrestrial planets, such as Mars probes, or probes heading outside the solar system.

Conventional satellites and detectors have a speed of several kilometers per second, and the aerospace carrier that wants to threaten can be locked and destroyed more than a minute in advance.

Another threat in space, meteorites, also have speeds in the range of several kilometers per second. If it is a large meteorite or a very fast meteorite, the gravitational field shield can be used to adjust the direction, and the space carrier itself can also calculate and avoid it.

Among them, the radar system plays an important role.

There is no need to worry about this, they already have the most high-end space radar - the first-order space radar.

After the research results of Shen Huiming's team were reported, the National Radar Technology Center developed several first-order radars, including a detection radar for space use, code-named 'V412-02'.

V412-02 can be said to be a product beyond its time.

The particularity of this radar is that it releases a mixed wave. The mixed wave releases both the first-order wave and the conventional wave. The two waves are detected at the same time, which can also ensure the accuracy of the detection data.

At the same time, the detection distance of the first-order wave exceeds 10,000 kilometers, and the signal will only be greatly attenuated beyond 10,000 kilometers.

The first-order wave is very penetrating and cannot be detected or interfered by humans for the time being. It is also very effective in detecting the ground in space.

At the same time, the radar’s early warning system is also very high-end.

The environment on the ground is very complex, and it is impossible to report all data. However, as long as an object exceeding one meter rises to a certain distance, the radar can report it as soon as possible.

After that, you can lock the object directly.

In other words, the space carrier is equipped with the V412-02 radar system, which can not only deal with threats from space, but also easily deal with threats from the ground.

…

After leaving the annihilation particle experimental base, Wang Hao took He Yi to the light pressure engine research and development base.

On the way, He Yi was already very excited.

He Yi has always wanted to join the research and development team of light pressure engines and space carriers. He had previously participated in the research and development and design of light pressure engines, and later returned to the anti-gravity center because he was the person in charge of the anti-gravity center. There is simply too much work to do and it is impossible to continue to participate in the work.

Now Wang Hao takes He Yi to the research and development base, so that he can officially participate in the research and development of the aerospace carrier as the person in charge of gravitational field technology.

He Yi is happy for this. As the person in charge of a technology, he will directly enter the top management and be on the same level as Cao Dongming, Wang Dong and others.

Each of the technical senior leaders of the optical pressure engine unit is a top expert in his or her own field.

He Yi wants to participate in research and development work, but he doesn't want to be an ordinary researcher, mainly because his identity is very embarrassing. He is recognized as a top physicist and has participated in the research of many important technologies.

Normally, He Yi should be the person in charge of annihilation particle technology, anti-gravity or strong annihilation field technology.

This job has been completed by Xiang Qiansheng.

If you are responsible for doing things for Wang Hao or responsible for management, it will give people the impression that you came in through connections.

He Yi doesn't want this.

In fact, the top high-end academic circles in the country still have doubts about He Yi. All of his achievements were obtained through research with Wang Hao. Wang Hao's abilities are well known. Any scholar who collaborates with Wang Hao on research and development can Very significant results were achieved because the core research was all done by Wang Hao.

He Yi won the Nobel Prize in Physics and was elected as an academician of the Academy of Sciences, which is considered to be good luck.

He personally did not do research alone and achieved results.

This is where the question comes into play.

Of course, it doesn't exist now, but the gravitational field is a brand-new technology, and it is high-tech across the ages. As the person in charge of gravitational field technology, he seems very convincing.

Even though it was also developed together with Wang Hao...

so what?

"I am a cutting-edge person with the most advanced and cross-era technology!" He Yi couldn't help but laugh just thinking about it.

After Wang Hao arrived at the research base, he was first concerned about the progress.

In the past few months, the work of the light pressure engine unit has been very effective. First of all, the design of the space carrier has been drafted, but some details still need to be discussed and revised.

But what needs to be corrected are all subsequent content, at least no changes are needed before the space test.

In addition, the problems discovered in the last high-altitude experiment have been solved, and the engine facilities and electronic systems have been improved.

Most importantly, the engine surround has been installed.

Only a small part of the surrounding cabins, to be precise, three small cabins have completed the installation of the main facilities, the others are just empty shelves, and the others are just taking up space, because the specific construction plan is still under discussion.

It's like building a huge building facility.

The overall shape of the building has been constructed, but it is just an empty shell. Only the two small houses below are equipped with water, electricity, and gas for living in. The others are not even rough houses, and only have a wall shape.

Even so, at least it already has a shape.

Wang Hao stood in the distance and looked at the light pressure engine. It felt like he was looking at a large UFO. The large UFO had a circular structure with a cabin in the middle. Below it were brackets, landing gear and lights. The pressure vents and other facilities look full of science fiction.

"When we conduct space testing, will others think that the space carrier has been built?"

"I think it's almost done. It can carry people, is self-sufficient in energy, and has take-off and landing functions. What else do you want? This is an aerospace carrier."

"What is missing is the function of landing on the planet, the small spacecraft it can carry, or other equipment and facilities. I feel that the current space carrier can already land on the moon, but astronauts cannot leave the cabin..."

"If we carry a small spacecraft that can land, we can complete the mission of landing on the moon."

"That's right..."

"When you put it this way, it feels like landing on Mars will be no problem."

"It was still too dangerous. But all in all, the high-altitude test really felt like a space carrier test."

"It is now very complete. It's just that Academician Wang has high requirements. If it is just for detection or landing on the moon, it is completely enough. Now the central control module has operational functions."

"..."

A group of people kept talking.

Wang Hao couldn't help but smile with satisfaction. He looked at the light pressure engine from a distance and felt a huge sense of accomplishment in his heart.

The core technology of the engine was researched and completed by him, and the light pressure engine project was also established by him.

It's really exciting and proud to be able to get to this point now.

Paul Phil-Jones was standing next to Wang Hao. He looked at the engine without much emotion, mainly because he had been studying the base and saw it every day, so he was not so excited.

He was concerned about another question, "Wang Hao, can I go up for this space test?"

"I'm the deputy captain!"

"I didn't go to the last high-altitude test... I really regret it!"

Everyone else looked over.

Wang Hao immediately shook his head and said, "High-altitude testing is still testing. It is dangerous. Professional astronauts must be able to join the work."

"During the testing process, various problems may be encountered, and personnel may even be required to operate in extremely harsh environments."

“These must be done by professionals!”

Paul Phil-Jones whispered dissatisfiedly, "I can also operate. I was involved in the design of the main control panel. No one knows the functions of those buttons and operating levers better than me... "

Wang Hao knew the character of Paul Phil Jones, so he simply pretended not to hear. Others followed suit and persuaded him, "Professor Jones, the test is really not good. It requires professional astronauts."

"Think about it, if something goes wrong, for example, with the emergency system, the engine may fall, and the power must be turned on manually."

"If it falls, there will be high acceleration, which ordinary people cannot bear."

"Yes, the acceleration reaches more than 2T, and it's uncomfortable to move..."

"Don't talk about 2T, I can't even stand 1T!"

"It still requires professional astronauts and pilots. They have also undergone long-term training, are familiar with various operations, and have very strong pressure-bearing capabilities. We are doing research, so it is different."

After everyone's persuasion, Paul Phil-Jones reluctantly nodded, "Okay, what a pity."

He knows that everyone is thinking about themselves.

In fact, some people do consider Paul Phil-Jones, but they also really don’t want any researchers to board the light pressure engine or space carrier into space in advance.

Everyone hopes that they can be the first to board the space carrier.

As a researcher, being the first to board a space carrier will definitely become a hero among heroes.

At the same time, being a hero comes with risks.

If something goes wrong while being a hero, it will definitely be a very regrettable thing. Every researcher in the engine team is a top expert. If there is a personal safety problem, it will be a heavy loss to the engine team and a huge loss to the country.

on the contrary.

There were no problems during the hero's journey, and he successfully completed the space test and returned to the ground.

It’s sad to think about it!

Everyone is a researcher on the engine team. Why did you become a hero smoothly?

Jealous!