Genius of the Rules-Style System

The information released by the European Space Agency immediately aroused heated discussion in public opinion, caused international shock, and became the focus of the world.

The satellite was affected by the anti-gravity experiment. Just think about how serious it is.

If there are some disputes in the future and the war has not yet started, anti-gravity devices will be used to destroy the satellites orbiting the earth from the ground. Advanced weapons and equipment will not be able to use positioning and navigation. Many radar systems that rely on satellites will not be able to work properly. Even aircraft , ships will be in the sky and sea, unable to accurately know their position.

It felt like we were back fifty years ago, and even the most advanced weapons had lost their meaning.

This is a super-dimensional strike!

The satellite system is very important and has pervaded people's daily lives. Not only will it be affected in the military, but if there is a problem with the satellite, life will also be greatly affected.

Foreign countries all believed that the situation was serious, and they immediately took action. The first thing they needed to do was to have a comprehensive understanding of the matter.

The European Space Agency not only announced the news, but also shared it with partner agencies, and other countries also received detailed information.

Country M got all the data, and relevant experts immediately analyzed it. They found the same conclusion as the European Space Agency, and they did not find any problems, so the satellite's deviation from the orbit must be due to other reasons.

What's the reason?

If it were before the mysterious anti-gravity device was exposed, the matter would have been left undisturbed and could only be attributed to an 'inexplicable malfunction' or something like that.

Now they immediately thought of the mysterious anti-gravity device, and they once again sent investigators to communicate with anti-gravity experts.

Mike Bellegar of the University of Stamford Bridge expressed his opinion, "If the satellite's deviation from the orbit is caused by the anti-gravity experiment, then we can be sure that the basic principle of this anti-gravity device is to intercept gravitational waves."

"Only if the gravitational waves are intercepted will the satellites be affected."

"When the satellite passes directly above the anti-gravity device, the gravitational force it receives will decrease accordingly, the force will suddenly decrease, and the orbit will deviate."

Mike Belegal is indeed an expert on anti-gravity. He is very in-depth in related research. With only the general information, he can guess that the principle of the anti-gravity device is to intercept the transmission of gravitational waves.

His analysis also attracted attention.

Although the method of anti-gravity itself is to intercept gravitational waves, the same principle applies to superconducting anti-gravity. However, in fact, there is no perfect theoretical system in the world today. Even if it is known that the particle lattice in the superconducting current can act as anti-gravity It is not clear what the specific principle is.

The superconducting theory released by Zhao Yi and Li Ning only involved a series of mathematical analysis and model construction, and did not mention the external principle of anti-gravity.

Now that Mike Belegal has directly stated the principle, it is equivalent to opening up a new theoretical research direction. His analysis has attracted great attention. Many people related to anti-gravity have suggested intercepting the direction of gravitational waves to counteract anti-gravity. Gravity is studied.

However, how to research is still a problem, and they can almost only start with superinduction.

Relevant high-level departments held a meeting to demonstrate the threat of the mysterious anti-gravity device based on the time when the satellite deviated from the orbit.

This is very serious.

Before, they were just amazed by the cutting-edge research on anti-gravity and believed that the 'future' might bring major threats. Now, there is a direct threat, and it is a very big threat.

Because they feel helpless when facing this kind of threat.

Now we can only make a series of inferences and evaluations, and get the final judgment results before we can think about countermeasures in a targeted manner.

at the same time.

The same is true for the reaction of international public opinion. Everyone is paying attention to the threat of mysterious anti-gravity devices to satellites in space.

The focus of public opinion has always been the J-40. The J-40's technological appearance and excellent performance are indeed very attractive. However, no matter how advanced the J-40 is, it is only a fighter jet. What a fighter jet can do Things are limited. Maybe a high-performance anti-aircraft missile can shoot down the "handsome" J-40.

The appearance of the mysterious anti-gravity device is not outstanding, and the exposed photos are even a bit ugly, but the threat it poses to satellites is completely different.

Facing the threat of the mysterious anti-gravity device, the satellite can be said to have no resistance and cannot even evade. It is like a living target flying in space without even a trace of security.

The strategic significance of the two is too different.

…

The information released by the European Space Agency has revealed a lot.

The anti-gravity team knew the news was true because they happened to conduct a large-scale anti-gravity experiment the day before the news was announced.

This is most likely not a coincidence.

Although they have been doing related experiments, it would be good to have an average of two per month, and it is difficult for short-term experiments to really affect the satellite. They happened to be doing a large-scale experiment the day before, and the anti-gravity effect lasted for an hour. The chances of the satellite catching up just in time are not high.

The anti-gravity team knows one more thing -

The information released by the Ozhou Aerospace Administration is not accurate. It is impossible to say that a scientific research satellite is affected, because they know the anti-gravity effect and cannot affect satellites over 10,000 kilometers away.

There are many types of artificial satellites, and they are placed at different heights. The lowest type is a spy satellite, which is mainly used for military reconnaissance. Generally, spy satellites have the lowest altitude, and some are only more than a hundred kilometers away. This allows you to clearly see some scenery on the ground.

General civilian satellites are synchronously stationary in outer space, and their altitude is very high, almost a hundred times that of spy satellites, and the minimum is more than 10,000 kilometers.

For example, some satellites used for scientific research and exploration are mainly used to observe outer space and study the mysteries of the universe. They cannot be described by height, but how far they are from the earth. The farthest satellites currently orbiting the earth can easily exceed Fifty thousand kilometers, or even close to 100,000 kilometers.

The Ozhou Space Agency said that the anti-gravity experiment affected a scientific research satellite, which is definitely false news. The anti-gravity device team has already judged the impact of the device, and even has relevant detailed data. It is more than 5,000 kilometers away from the ground. The impact of the anti-gravity device can be ignored.

If any satellite has been 'significantly' affected, it must be a spy satellite used for reconnaissance only a few hundred kilometers away from the ground.

The impact of this incident is huge.

The senior management convened a relevant meeting, and Dong Lihua cited relevant data and judged, "If the satellite is obviously affected, it cannot be a scientific satellite, but a spy satellite at a close distance."

Dong Lihua seems unconvincing.

The senior officials all looked at Zhao Yi.

Zhao Yi nodded in agreement, "With the current anti-gravity device, it is impossible to affect satellites that are too far away."

"In fact, we can judge from the coverage area. Our experimental device is only a few dozen meters in diameter. Even if it rises into the air, it is only a thousand meters. The coverage is limited."

"If it wants to affect scientific research satellites that are over 10,000 kilometers away, it must at least be a giant device with a diameter of more than 500 meters."

Someone immediately asked, "Can it be made at a height of more than 500 meters?"

Everyone else is concerned about this issue.

Although the information from the European Space Agency is inaccurate, the anti-gravity device itself can affect satellites, which is definitely of great strategic significance.

Zhao Yi nodded and said, "There is no technical difficulty in expanding the area. The most important thing is that the energy consumption will increase greatly."

"Another way is to raise the anti-gravity device to a certain height. For example, if it rises to more than 20,000 meters, it will also have a certain impact on satellites tens of thousands of kilometers away."

"Of course, raising the device also requires a lot of energy!"

In fact, it is very simple to understand. It is a matter of covering area. The farther away from the satellite, the larger the device must be built. The closer the satellite is, the smaller it will be.

Gravitational waves can be understood as linear propagation, and it will be almost clear just by drawing a picture.

If the device can completely cover the earth, the satellite directly above can immediately break away from the gravity and leave the earth uncontrollably.

But whether you are building an anti-gravity device covering a larger area or making the anti-gravity device rise higher, energy support is required.

To put it bluntly, everything is a matter of energy and power.

Obviously.

Participants at the conference were more interested in building large-scale anti-gravity devices on the ground, because there is no need to worry about energy issues when building on the ground.

The energy consumption of the anti-gravity device is large, but it is only relative. In fact, compared with a high-speed aircraft carrier, the energy consumption of the device is not large.

If the energy consumption of the device is increased by ten times, it will be equivalent to two or three high-speed aircraft carriers. The device is not always activated, and it will be built to be a deterrent.

This discussion was of course fruitless.

Building a ground-based anti-gravity device for satellites will most likely only be used once, because after one time, the opponent will know where the danger is.

As for the device taking off...

This was originally an aerial fortress, which the anti-gravity team had been developing.

Of course.

Ground devices that can affect the operation of satellites have almost decisive strategic significance. It is understandable if you think about it appropriately.

There is no doubt that the deterrent effect of ground anti-gravity experiments causing satellites to deviate from orbit is much greater than the appearance of J-40.

The appearance of the J-40 will at best let the world know that the country has the top fighter jets and show the top level of military technology.

If the anti-gravity experiment causes the satellite to deviate, it is an interdimensional strike.

No one could have imagined before that the mysterious anti-gravity device could also affect the operation of satellites. The international response was the same. Some targeted countries were not in the mood for any further deterrence. Instead, they came to directly give speeches and use public opinion to question - -

"Why do anti-gravity experiments affect satellite operations!"

"Anti-gravity research must be stopped, otherwise it will affect space satellites and affect the normal lives of people around the world!"

"The European Space Agency must be compensated and research must be restricted."

"Information must be released..."

Anyway, there are various "musts", they seem to stand from the perspective of human justice, and anti-gravity seems to have become an "anti-human" science.

Of course, the country will not openly admit this, or even argue that "the affected ones are spy satellites", because any relevant statement will leak some confidential information.

For example, determining that the affected satellite is a spy satellite is tantamount to telling the world that anti-gravity devices can only affect an altitude of a few hundred kilometers.

This way the deterrent effect is much smaller.

At the same time, we absolutely cannot admit it, just say we don’t know, it doesn’t matter at all, because the satellite was affected by the anti-gravity experiment, which is just the space agency’s speculation, and they have no real evidence.

Some countries also want to get evidence.

For example, an influential person stood up and said, "An international investigation team should be allowed to investigate anti-gravity research to see if it was an anti-gravity experiment that caused the satellite to go out of control."

Of course that's impossible.

This statement is really ‘Sima Zhao’s heart’.

But it is undeniable that the anti-gravity experiment affects the satellite orbit, and the deterrence is indeed sufficient, but it also brings some negative effects.

For example, some countries pay more attention to anti-gravity technology and constantly shout slogans such as investigation, crackdown, and sanctions.

There is still great pressure from the international community.

A few days later, a piece of news suddenly came out, which immediately brought new changes.

"France reported that Country Z plans to conduct a large-scale technology exchange with Country E, and anti-gravity technology is likely to become a bargaining chip."

As soon as this news came out, it immediately attracted a lot of attention.

Every relevant country hopes to obtain anti-gravity technology. They believe that the technology contained in the mysterious anti-gravity device is the stepping stone to the future era of technological explosion.

Now that only country Z has relevant technology, it has naturally become an "eyesore." No one wants to see only country Z using its advanced anti-gravity research to bring about a series of technological explosions.

As long as the time is postponed for one day, the research on anti-gravity may be able to go further.

If it were delayed for a year and a half, would all the satellites in the sky truly become immobile birds?

Will all ships in the sea become large swimming fish?

A century of accumulation of science and technology cannot compare to the explosion of high-dimensional science and technology. Just like during World War II, no matter how many ships and no matter how fearless the army is, it is impossible to withstand nuclear bombs.

Time cannot be delayed.

Because of the deterrent of nuclear bombs, large-scale wars cannot be fought. The most is deterrence and economic sanctions, but anti-gravity research cannot be stopped at all.

The first task now is to obtain basic anti-gravity technology.

Only after getting the stepping stone for the explosion of science and technology can we be qualified to talk about "technological competition". Otherwise, we don't even have the basis for research, and we can only watch the rapid rise of our opponents, which is the worst case scenario.

"Country Z and Country E are conducting a large-scale technology exchange? In other words, Country Z does not intend to exclusively own anti-gravity technology? It is still a chance."

"Although it is country E, other countries definitely have opportunities!"

"In other fields, Country Z still lacks a lot. Maybe we can exchange them?"

Some countries are thinking.

Suddenly.

Many diplomats communicated privately online, and even directly approached the ambassador to inquire about the possibility of obtaining anti-gravity technology.

They know that there will definitely be a 'hemorrhage', but they are already prepared for the hemorrhage. As long as they get a 'stepping stone for the explosion of science and technology', future research and development will not lag behind the times, and it will be worth paying some price.

…

This is a well-planned domestic strategy.

Anti-gravity research sounds very high-end, but in fact, before the Sky Fortress is perfected, or in other words, before the nuclear fusion device is completed, the anti-gravity device is just a 'big toy' at best.

If it can levitate, what else can it do?

Because it involves a lot of material technology and fine manufacturing technology, the improvement of the Sky Fortress is definitely a very large project.

Not to mention, the ‘anti-gravity nuclear fusion device’ as the core.

There is nothing wrong with the theory of the 'anti-gravity nuclear fusion device', but when it comes to the actual design and manufacturing stage, you will definitely encounter many problems, especially some of the special materials that are resistant to high temperatures. There is no relevant technology in China, and it involves precision processing. Technology may also be lacking.

If the country is allowed to independently complete the anti-gravity nuclear fusion device, the theory and design will not take too long, maybe two or three years, but it may take more than ten, twenty, or even longer to actually manufacture it. .

This is mainly due to insufficient technology related to materials and precision processing.

High-end manufacturing can measure the level of a country's industrial manufacturing technology, just like the top aviation engine. China has only achieved overtake by relying on Zhao Yi's design. However, in terms of the engine's manufacturing materials and internal processes, it is still at par with the highest international level. There is a big gap, otherwise the performance of the WZ-A1 engine will completely surpass other fifth-generation engines, and even reach the level of sixth-generation engines.

The J-40 has the most high-end design, but due to issues such as materials and manufacturing technology, its performance only slightly exceeds that of the F-35.

This is where the limitations come in.

Nowadays, a lot of money is invested in the research of antigravity and nuclear fusion, and it is difficult to achieve results even if it relies on itself for more than ten years.

What will happen in more than ten years?

No one knows.

Then it is also a good choice to use basic anti-gravity technology in exchange for materials and high-end manufacturing technology that require time to accumulate.

This decision also won the support of Zhao Yi, who understands better than others the difficulty of anti-gravity and space research.

If it is just basic anti-gravity technology, it will be very difficult for other countries and institutions to continue research if they obtain the technology, because they do not have a more advanced theory and can only produce "big toys" similar to domestic ones in the short term.

It is very difficult to study a further theory.

For example, Zhao Yi spent a long time researching the "Thirteen Formulas of Photons and Space". He has causal thinking and can get the answer when he finds the problem, and he always makes correlations in the right direction. Research.

Not so others.

To use an analogy, the initial photon anti-gravity only reached the level of the "Wright Brothers Aircraft" and could only be manufactured to fly into the sky. There were a lot of problems in the middle.

The thirteen sets of photon and space formulas, including the code of the gods, already have the performance of a fifth-generation fighter jet.

The difference between the two is a hundred years of accumulation.

Even if other countries and institutions have obtained the basic anti-gravity theory, they can only barely develop a space shield at best. They still need to develop it by chance, but without relevant theories, they cannot use the space shield at all.

You know, the original space cover was sealed without dead ends.

Only based on the 'Thirteen Formulas of Photons and Space' can we freely develop a space cover, selectively allow the space cover to 'make a hole' at a certain location, and even be as precise as to how big the 'hole' is. , what shape it is, etc.

In short, without basic theoretical support, anti-gravity research needs to be accumulated. If foreign countries conduct research alone, it will take fifty years to use a space cover and develop a 'nuclear fusion device'.

In the process of research, they will definitely invest a lot of money. Whenever they discover something, they will shout in surprise, "There has been great progress in anti-gravity research."

This kind of technology exchange can not only exchange for a large amount of advanced technology, rapidly improve domestic materials and high-end manufacturing technology, but also reduce targeted pressure from the international community. Finally, it can also force rival countries to invest large sums of money. But little scientific research whirlpool was harvested.

One move, three wins!

Perhaps, by the time other countries discover the space cover by surprise and publicize it, China has already used the principle of the space cover to create indefensible missiles, completed the nuclear fusion device, and created a real aerial missile. fortress'.

The Sky Fortress not only provides a sky deterrent, but can also truly target space satellites.

By the time……

The international situation will be completely reversed!

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