Doomsday Bunker Upgrade

The development of science and technology needs to be done step by step, and the breakthrough of scientific research projects needs to be accumulated over time, but this can only be aimed at those scientific research projects that already have a foundation.

Only with basic accumulation can we gradually build on the foundation.

If it is a scientific research project that does not even have the most basic accumulation, it is completely blind, and it is necessary to create a road from scratch.

Under such circumstances, even if Chen Xin doesn't want to grow the seedlings, and the country hopes to accumulate more experience in research and development, they can only let Chen Xin build things first, and then reverse engineer them.

Energy shields are obviously one such research project.

For human science and technology, there is no theoretical basis for energy shields, and there are only some possible or impossible assumptions in various science fiction works.

Among these ideas, the electromagnetic force field is more reliable or has a certain possibility of realization.

In fact, each of us is surrounded by a huge energy shield - the planet's magnetic field.

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

Without the protection of a strong magnetic field, the atmosphere we depend on for living will be stripped away, and there will be no life on the blue star.

However, not all substances 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 usable energy shield, you must Add other things to the electromagnetic field.

As we all know, charged particles are affected by magnetic fields, and strong magnetic fields can also make charged particles 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 method of magnetic field superposition.

Theoretically speaking, such an energy shield can resist all attacks based on electromagnetic principles.

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

According to this principle, magnetic fields can be used to accelerate charged particles to very high speeds, 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 high-speed charged particles will pour their own kinetic energy on it, causing it to disintegrate and explode instantly.

The fragments produced by the explosion will be blocked by the dense high-energy particles outside the shield, 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 be dissipated in the surrounding space.

But from the law of conservation of energy, it can be known that to accelerate charged particles to a very high speed and carry a very high kinetic energy, it obviously requires a lot of energy.

Therefore, it can be deduced that the two key factors required for the manufacture of energy shields are powerful energy and efficient and mature magnetic confinement technology.

The charged particles are bound into a shield through magnetic confinement technology, and then these charged particles are driven to move at high speed within the confinement range of the magnetic field through the electromagnetic field.

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

It's just that the technical accumulation on these two issues is not deep enough. After all, the scientific researchers have not yet thoroughly analyzed the small fusion reactor made by Chen Xin, and even a cataclysmic reaction power station has not yet been built. They want to go beyond these theories. Construction, it is obviously too early to directly start building energy shields.

With the current technology of human beings, apart from the technical bonus provided by Chen Xin, there is still a long way to go to create a sufficiently stable magnetic confinement device.

Therefore, the "directed energy shield defense technology" that Chen Xin is personally responsible for is still the only one he uses to upgrade the system to produce products, and then hand it over to others for reverse cracking and theoretical construction.

Fortunately, because of the reverse research on small fusion reactors in China, some good results have been achieved in this area. After Chen Xin built a fairly simple energy shield generator, they were still able to quickly figure out the context and find In the direction of starting.

Unlike some experts in other countries, looking at the energy shield generator that Chen Xin rubbed out, his face was full of rats and turtles-the feeling of having no way to start.

"Academician, I think the shield generator can't be in this active state all the time. We should adopt a reactive shield design. The shield will be activated and activated only when it senses something hitting it. Under normal flight conditions I don't think it is necessary to run the shield at full power, it consumes too much energy." A researcher suggested to Chen Xin.

Chen Xin nodded and said affirmatively: "It's a good suggestion. It's really not necessary to keep the shield on all the time. We can connect the shield to the radar. When the radar starts to alarm, the shield will start to warm up. Can effectively save energy.

And we can also install a high-density energy storage device for the shield, store the energy at ordinary times, and release energy from these high-density capacitors to drive the shield or reinforce the shield when the shield needs to be activated. to withstand high-intensity attacks. "

As a former Internet writer, Chen Xin belongs to the kind of person with more brains, and he has played too many sci-fi games, including some very hardcore games.

As a very common sci-fi setting, energy shield is naturally reflected in the game, and many forms of expression can be used as a reference.

"High-density large-capacity capacitors? This is indeed possible! Usually store the energy and release the energy when the shield is activated. This can greatly increase the instantaneous strength of the shield, so that we can use it with a lower power. A small reactor or nuclear battery can be used to recharge the higher-power shield!" A researcher obviously understood the benefits of doing this, and soon loudly agreed with Chen Xin's proposal.

However, there are no ready-made high-density large-capacity capacitors, and the electrical energy storage devices currently developed by humans obviously do not have the capacity to meet the energy consumption needs of energy shields.

After Chen Xin discussed with the researchers, he 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, and he can make decisions about adding a research project without needing to submit a report for approval, so the project team was quickly formed and put into operation.