Genius of the Rules-Style System

In order to allow the satellite to realize the self-healing function of the program or increase the maneuverability, there are many communication ports inside the satellite, and each part has a port to accept and execute commands.

The main circuit board of the satellite includes the control part in the center. If the main circuit board is damaged, it will affect the calculation and control.

When the main circuit board is damaged, the satellite cannot perform calculations and cannot convert the images captured by the imaging equipment into signals.

The satellite base will not be able to receive the signal representing the picture, and the control screen will not be able to display it. What they can do is to detect whether there is a problem with the component through the open ports of other parts.

Soon, there was a conclusion.

The satellite base determined that other components were functioning normally, but the main circuit board at the core showed no response at all.

This will confirm that the main circuit board is damaged.

The damage to the main circuit board of the satellite cannot be repaired, which means that the satellite has failed and can only be recycled at best.

However, recycling is not easy and will cost a lot of money. If you consider repairing it after recycling, it is better to relaunch a satellite.

This is a big loss.

What the personnel at the satellite base don't understand is why the main circuit board of KR-71 is damaged?

This is an extremely rare failure.

Even if there are a thousand satellites, very few of them will suffer from damage to the main circuit board, because the main circuit board is located in the center of the satellite and is completely wrapped outside.

If it is related to space radiation, geomagnetic storms or electrostatic discharge, the outer components will definitely be damaged first. The main circuit board in the center will be damaged, and the probability that other components will have no problems can be described as 'extremely slim'.

In the past two decades, no satellite has suddenly experienced such a problem.

The staff at the satellite base also started discussing, "Did they hit something?"

"It's impossible. If it hits something, the outer skin will definitely be damaged first, but the feedback data shows that there is no damage to the outer skin."

"It should be a short circuit. From the data analysis, it seems to be caused by a sudden increase in circuit pressure. The current quickly increased many times."

"How did that happen?"

"I don't know, maybe it's a geomagnetic storm, maybe it's a solar storm, in short, anything is possible in space..."

"But KR-71 is a low-altitude satellite. It is only three hundred kilometers away from the earth's surface. In theory, it should not be subject to such great interference... Could it be..."

"Is it related to the mission?"

Doubts were raised.

DKR-71 is a controlled reconnaissance satellite. Some time ago, there was news that a small nuclear bomb was suspected to have exploded around the eastern desert, so the satellite was sent to investigate.

As a result, before the satellite found anything, a problem suddenly occurred. It is difficult not to think that it is related to the mission.

An expert shook his head and said, "It's impossible. With current space technology, they are relatively backward and do not have space detection capabilities."

"The only country with global space detection capabilities is Country M."

"They happened to use high-altitude satellites to observe KR-71, and they were able to suddenly use anti-satellite technology to directly damage the main circuit board from the inside..."

"Do you think that's possible?"

Of course it's impossible.

If there is really an attack on satellites, there are generally only two ways. One is an "imaginary" space attack satellite. There is no relevant news in the world about which country has launched a satellite specifically designed to attack satellites.

In addition, it is a ground attack.

Low Earth orbit satellites are only a few hundred kilometers away from the ground, and can theoretically produce corresponding "anti-satellite missiles."

But for a ground attack, bombs will almost certainly be used, which will directly smash the satellite, so that only the main circuit board will not be damaged.

"So, it should just be a malfunction."

"Any kind of fault is possible. Maybe the quality of the main line version is not up to standard..."

In the end, the satellite base could only accept this conclusion.

Of course, there is nothing you can do if you don't agree. It's impossible to directly announce that the satellite sent out for reconnaissance has malfunctioned. Is it suspected that it was the target of the reconnaissance?

That would cause a huge dispute!

…

The anti-gravity team did not know that the Z-wave released during the experiment of absorbing Z-wave by magnetic field happened to hit a reconnaissance satellite.

Many people even believed that the experiment was a complete failure because they saw nothing and detected nothing.

Zhao Yi came to the conclusion, "The moment the anti-gravity device was turned off, the magnetic field intensity instantly decreased and Z waves were released. The distance released was much farther than expected."

How far exactly?

Zhao Yi couldn't tell the exact number, but using the "Law of Cause and Effect" he could get a vague result - more than a thousand kilometers.

This is quite amazing.

Zhao Yi couldn't believe the conclusion he reached, because he estimated that the distance would increase by only a few hundred times.

It seems to be hundreds of times more now, but the situation is different. It is just the first time to conduct an experiment. No matter whether it is magnetic field strength, magnetic field scale, spatial barrier strength, Z-wave energy, etc., no conditions have been tested. The experiment is just to try. Test whether the magnetic field can absorb and release Z waves.

That's all.

As a result, the length of the Z wave released exceeded one thousand kilometers. If everything was thoroughly studied, the length of the Z wave released could easily exceed ten thousand kilometers, right?

"It's really an anti-satellite weapon!"

Zhao Yi thought from the perspective of mathematical Li theory and found that there were still some explanations that did not make sense. It must be his own mathematical logic. There were some threshold errors, but it was normal if he thought about it carefully.

The Z waves condensed by the space cover are like water leaking from the top of the bucket.

When the bucket is full, if you add more water, it will definitely overflow, but the overflow process is very gentle and the flow distance will not be too far.

Under the space barrier, the magnetic field absorbs the Z wave energy, and suddenly adjusts the intensity of the space barrier. The magnetic field also reduces its intensity in an instant, releasing a large amount of energy to form the Z wave, just like a large amount of water being squeezed by high pressure. It must be It will take advantage of the gap and erupt at high speed.

This is a high-pressure water gun.

High-pressure water guns and water overflowing buckets are completely different concepts. With the same amount of water, high-pressure water guns can spray farther and are more powerful, while water overflowing from a bucket is much gentler and even has no power at all.

Of course.

This analogy is still slightly inappropriate, because the energy gap is not that big. The high-pressure water gun squeezes the water through external force, and the magnetic field releases Z-wave energy, which is very close to the absorbed energy, and even loses part of it.

In other words, the magnetic field releases Z waves, and the coverage distance is greatly increased, but the power will be correspondingly reduced.

"By how much?"

After listening to Zhao Yi's theoretical explanation, Dong Lihua asked with some confusion, "If the total energy remains unchanged and the release distance increases by thousands of times, the power will also be reduced by thousands of times?"

"It means it doesn't have any power..." Ruan Wenye added.

Senior leaders also looked at Zhao Yi.

If the power of the Z wave is reduced by thousands of times, even if the propagation distance is very far, the strategic significance seems to be extremely reduced.

Conventional Z waves can directly detonate nuclear bombs. If they are weakened a thousand times, they will probably be ineffective, right?

Zhao Yi shook his head and said, "If there are no other obstacles to quickly absorb energy along the way, I estimate that the power reduction will only be in single digits."

Others were immediately confused.

Zhao Yidao said, "The reduction in power is not due to the covering distance, but because of the magnetic field covering the distance. For space Z waves, distance is meaningless, and it is not like a bullet that slowly flies over and hits. It slows down when it reaches an obstacle, it appears directly and 'covers' it."

"Only magnetic fields, energy, and ionic substances have a direct impact on Z-wave energy."

"Although the total energy released will decrease, the reduction in power is due to the magnetic field in the coverage area, which is not directly related to the propagation distance."

"This only requires a simple experiment to prove."

All the people present are smart people.

Including Dong Lihua, among ordinary people, they are definitely top academics, otherwise it would be impossible to lead the anti-gravity team.

Zhao Yi understood it as soon as he said it.

The experimental design is very simple. Z waves of the same energy are allowed to penetrate the detection device at a distance of fifty meters and one kilometer. The results can be known by comparing the conditions of the detection device.

even……

You don’t even need to do experiments.

Their previous tests found that the response results of long-distance detection devices and short-distance detection devices were consistent.

Dong Lihua said immediately, "So, Z wave is like a bomb. No matter how far it hits the target, its power depends on the explosion itself, not the physical penetration."

"right."

Zhao Yi exuded the look of a teachable child.

Dong Lihua suddenly raised the corners of his mouth and couldn't help but look around, as if he had become the 'best student in the class'.

Unfortunately, no one paid attention to him.

What senior leaders are concerned about is, "So, the Z-wave coverage may be as high as thousands or tens of thousands of kilometers?"

"That's right."

"That would really become an anti-missile and anti-satellite weapon." The senior leaders couldn't help but take a breath, and then continued, "It's not just anti-satellite. If it is used on the aerial fortress and Z-wave technology is added, It has truly become a strategic weapon."

The Sky Fortress does not even need to fly too high. It is enough to be at an altitude of 10,000 meters. It can lock on ground and sea targets thousands of kilometers away and directly launch several Z waves.

Whether it is an aircraft carrier, a fighter jet, or other equipment, it will definitely be "eliminated" directly. The target cannot even evade or resist, because the Z wave is an instant attack and there is no reaction time at all.

Of course.

Z wave can still be defended against.

What we are currently researching is Z-wave absorption and release technology. A magnetic field of equal strength can absorb Z-waves and at least reduce the power of Z-waves.

However, it is impossible for any large-scale equipment to be covered by a strong magnetic field on the periphery, and it is not possible to design it. It is easy for the attacker to avoid the strong magnetic field defense part.

Of course.

The premise of this defense method is that the opponent also understands the principles of Z-wave and is able to use Z-wave technology.

No more thinking about it now.

The senior leaders thought carefully and gave direct instructions, "Intensify research and development efforts!"

"Speed ​​up the debugging work of No. 4 and No. 5 machines, and try to put them into experiments!"

"Also, we are designing and building other experimental machines. Our temporary goal is to build a ground device that can emit high-intensity Z waves."

This is the first phase of work tasks.

To build an aerial fortress, energy and power are still a big problem, but Z-wave technology has a theoretical basis. It just needs continuous experimentation. With enough data support, it can support the construction of a device that generates Z-waves on the ground.

This device, combined with high-end radar, can become the most high-end anti-missile and anti-satellite system, and can cover an area of ​​thousands of kilometers.

By then, China will have black-tech anti-missile devices and manufacture dozens or hundreds of them. Because they can defend against the most threatening intercontinental missiles, they will be enough to have the confidence to fight a nuclear war.

Of course, nuclear war is the worst outcome.

No country wants to face a war that may lead to the extinction of mankind, but having corresponding defense capabilities will definitely have only advantages and no disadvantages.

…

Next the experiment continues.

Zhao Yi participated in one experiment after another and obtained a series of data. However, somewhat helplessly, the team was unable to obtain specific data on the Z-wave coverage distance.

Because... it's too far!

The Z-wave propagation distance is more than a thousand kilometers. Their detection equipment cannot be placed thousands of kilometers away. There will be many problems when testing on the ground. If the Z-wave is released into the air, it will be even more difficult to detect unless it is corrected. Aim the data at a certain satellite to see if it can be directly destroyed...

Obviously.

The latter is somewhat unreliable.

If you aim at your own satellite, you will suffer a loss. If you aim at other satellites, it may cause disputes or expose the secrets of the Z wave.

Before a device that releases Z waves is built, it is better to keep a low profile.

However, Zhao Yi still came to the conclusion about the distance. With the anti-gravity device and the existing magnetic field to maintain the performance of the equipment, the Z-wave coverage distance released has exceeded 10,000 kilometers.

This distance is very far.

"If it is released directly upward, the coverage distance will be the furthest, because the farther away from the ground, the weaker the earth's magnetic field."

"Maybe it can exceed 20,000 kilometers, or even reach 30,000 kilometers."

"Finally, it is possible to create a Z-wave release device that covers a range of more than 100,000 kilometers..."

Zhao Yi felt incredible as he thought about it. The coverage distance of the Z wave overturned his initial judgment.

When he was at the anti-gravity team's experimental base, he couldn't help but start studying theoretical things. It was not difficult for him to find out the relationship between the space barrier effect, magnetic field strength, scale, and the energy released by Z waves. .

What he cares about is spatial analysis.

This time the spatial analysis involves a brand new thing - the magnetic field.

The magnetic field can absorb Z waves released by space, and there must be some connection with space. In other words, the magnetic field is not a purely material field, but is also produced by the action of space.

So based on the analysis of space characteristics and particle characteristics, how is the magnetic field formed? What are the basic principles?

Zhao Yi began to think and research carefully.