The development of science and technology needs to be progressive step by step, and breakthroughs in scientific research projects require accumulation and development, but this can only be targeted at those scientific research projects that already have a foundation.

Only by accumulating the foundation can we proceed step by step on the foundation.

If it is a scientific research project that does not even have the most basic foundation accumulation, it is completely blinding and needs to create a path from scratch.

Under such circumstances, even if Chen Xin doesn't want to help grow, the country hopes to have more R&D experience accumulation, but he can only let Chen Xin build the things first and then crack them in reverse.

Energy Shield is obviously such a scientific research project.

For human science and technology, the theoretical basis of energy shield is not available, and there are only some possible or impossible ideas in various science fiction works.

Among these ideas, the electromagnetic force field is more reliable or possible to achieve.

In fact, each of us is in the magnetic field of a huge energy shield planet.

The sun is not as amiable as imagined. While providing us with light and heat, it will also maliciously emit a large number of high-speed charged particles flowing to us.

Without the protection of a powerful magnetic field, the atmosphere we rely on for living will be stripped away, and there will be no more life on the Blue Star.

However, not all matter will be affected by electromagnetic force, so no matter how strong the electromagnetic force is, it cannot "ignore all attacks". Therefore, if you want to turn the electromagnetic force field into a useful energy shield, you must add other things to the electromagnetic force field.

As we all know, charged particles will be affected by magnetic fields, and a powerful magnetic field can also allow charged particles to move around themselves.

In this case, if the number of charged particles moving around the magnetic field is large enough and the speed is fast enough, a barrier can be formed, and then the barrier can be shaped into any shape through the superposition of magnetic fields.

In theory, such an energy shield can withstand all attacks based on electromagnetic principles.

According to the kinetic energy formula of relativity, when the speed of an object is infinitely close to the speed of light, the kinetic energy it carries itself also increases infinitely.

According to this principle, a magnetic field can be used to accelerate charged particles to a very high speed, so that each particle can carry extremely high kinetic energy.

When an attacking entity comes into contact with this energy shield, a large number of charged particles moving at high speed will pour their kinetic energy on it, causing it to disintegrate and explode in an instant.

The debris produced by the explosion will be blocked from the shield by dense high-energy particles, and part of the energy released by the explosion will be absorbed by these particles and converted into its own kinetic energy, while the other part will dissipate in the surrounding space.

However, from the law of conservation of energy, we can see that it is obvious that it takes a lot of energy to accelerate charged particles to extremely high speeds and carry extremely high kinetic energy.

Therefore, two key factors required to create an energy shield can be derived: one is powerful energy, and the other is efficient and mature magnetic constraint technology.

The charged particles are bound into shields through magnetic constraint technology, and then the charged particles are driven to move at high speed within the range of magnetic field constraints through electromagnetic fields. In theory, this is the situation of the energy shield that can be achieved by the technology currently mastered by humans.

The two most critical points, the powerful energy and magnetic constraint technology, have actually been solved in the small fusion reactor that Chen Xin has realized.

However, the technical accumulation of these two issues is not deep enough. After all, scientific researchers have not yet fully analyzed the small fusion reactor manufactured by Chen Xin. Even a giant change reaction power station has not been built. It is obviously too early to go beyond these theoretical constructions and start building energy shields directly.

With the current technology and technology of mankind, besides the technical bonus provided by Chen Xin, there is still a long way to go to create a sufficiently stable magnetic constraint device.

Therefore, the "directional energy shield defense technology" that Chen Xin was personally responsible for was still the only one who used system upgrades to create products, and then handed them over to others for reverse cracking and theoretical construction.

Fortunately, due to the reverse research of small fusion reactors in China, they actually achieved some good results in this area. After Chen Xin built a very simple energy shield generator, they were able to quickly understand the context and find the direction to start.

Unlike some experts from other countries, looking at the energy shield generator that Chen Xin rubbed out, the feeling of a mouse on his face pulling a turtle was unable to start.

"Academician, I think the shield generator cannot be in this kind of activation state all the time. We should adopt the reactive shield design. The shield will only be activated and activated when something is sensed to hit. In normal flight state, I don't think it is necessary to operate the shield at full power, which is too energy-consuming." A researcher suggested to Chen Xin.

Chen Xin nodded and said with certainty: "Good suggestions, there is really no need to keep the shield on all the time. We can connect the shield and the radar together. When the radar starts to alarm, the shield begins to preheat, which can effectively save energy.

In addition, we can also install high-density energy storage devices for the shield, which can store energy in normal times. When it is necessary to activate the shield, release energy from these high-density capacitors to drive the shield or strengthen the shield to resist high-intensity attacks."

As a former online writer, Chen Xin is a person with more brainstorms and has played too many science fiction games, including some of which are very hardcore games.

As a very common science fiction setting, the Energy Shield is naturally reflected in the game, and many expressions can be used as reference.

"High-density large-capacitor capacitors? This is indeed possible! Usually, energy is stored and energy is released when the shield is activated. This can greatly increase the instantaneous intensity of the shield. In this way, we can use a reactor or nuclear battery with less power to charge the shield with higher power!" A researcher obviously understood the benefits of doing this and quickly agreed with Chen Xin's proposal loudly.

However, high-density large-capacity capacitors do not have ready-made products. The current electrical energy storage devices developed by humans obviously do not have the capacity to meet the energy shield energy consumption needs.

After discussing with the researchers, Chen Xin could only add a research sub-item of high-density and large-capacity capacitors to the research project.

Fortunately, Chen Xin himself is the general manager. He can make decisions by adding a research project and there is no need to submit a report to approve it. Therefore, the project team was quickly formed and put into operation.
Chapter completed!