Genius of the Rules-Style System

"The space shuttle experiment was successful!"

"Small spacecraft successfully reaches the moon in ten seconds!"

"There is no doubt that this will become a major event in the development of human science and technology, and represents the beginning of mankind's journey into the universe and the stars!"

"From today on, humanity will no longer be limited to Earth."

The space shuttle experiment was successful and became the focus of global public opinion.

All media are reporting on it. Even the media that focus on gossip news have mentioned the space shuttle experiment in their reports and described the experimental process at large lengths.

Most of the trending news on various websites around the world is related to the space shuttle experiment, and various news has also been revealed.

Even a well-known figure can become the focus of attention if he talks about the space shuttle experiment.

Therefore, more people, more media, and more institutions will come forward to express their opinions and attitudes on the space shuttle experiment.

At this time, news related to brands, celebrities, popular words, etc., which are daily hot searches, are completely suppressed.

For example, 33 of the top 50 most searched items on Weibo in China are related to the space shuttle experiment.

Other unrelated news was also completely occupied by netizens.

At this time, a very interesting thing happened. For example, a certain star was on the hot search. No matter what the reason for the hot search, he was immediately reprimanded by a large group of people, who believed that he should not seize network resources.

Then, a certain celebrity had to stand up and apologize in order to maintain his image.

There are also some young stars who want to take advantage of the popularity to hype up, and publicly talk about some things about the space shuttle experiment. However, they are also denounced by public opinion, and they are unmasked and said that they are just "taking advantage of the popularity".

After similar things happened two or three times, most of the celebrities stopped working. They could only suspend their business in frustration. When being interviewed, they did not dare to talk about the content related to the space shuttle experiment.

Scholars are treated differently.

Some physics and mathematics professors were interviewed by many media and also talked about the space shuttle experiment. Because they spoke more professionally, netizens were much more tolerant.

Even if a lot of mathematics and physics professors say that it has nothing to do with the space shuttle experiment, netizens don't mind at all.

At this time, many people want to know what technology was used in the space shuttle experiment. Even professional mathematical physics professors and experts engaged in aerospace-related work cannot say anything at all without participating in the experiment.

An astronomy professor from a top university speculated, "We can see in the experiment that during the experiment, the lens of the small spacecraft was completely dark."

"That is the latest anti-energy barrier. The experimental process must have used anti-energy barrier technology. That is, we can guess that when the anti-energy barrier is turned on and reaches a certain power, changes in space can be achieved."

"Everyone should have heard a saying that black holes are nodes that travel through space. When entering a black hole, we may travel through time and space."

"This makes it understandable. Academician Zhao Yi's theory believes that the external performance of the anti-energy barrier is very similar to that of a black hole. Therefore, when the anti-energy barrier reaches a certain power or generates a certain critical value, it can realize space inside it. Jump and complete the approaching space shuttle."

What this professor said was reasonable and well-founded. It included people's imagination about black holes and some professional knowledge. It felt like it was true after listening to it, and many people immediately believed it.

"That's it."

"When the anti-energy barrier power reaches a certain level, space jump can be achieved, and space shuttle is a nearby space jump!"

Many media reported this news. Interestingly, the news spread abroad and was believed by many media. Some professional institutions even believed that it was true.

Because it makes perfect sense!

The Institute of Mechanics believed it because they had been studying anti-energy barriers, and during the research process, they also discovered a mysterious ray. Some researchers believed that the mysterious ray was the key factor in achieving space jumps.

Combined with what the professor said, it can be determined that when the anti-energy barrier reaches a certain power, space jump can be achieved.

This statement is partially correct.

The correct part happens to be what was discovered by mechanical research, which makes many people feel that everything is correct.

The Institute of Mechanics suddenly felt proud. They had been studying anti-energy barriers before, but some people held up placards to protest. Until now, there are still many people protesting outside.

What now? see it?

The research on anti-energy barriers is the key to realizing space jumps!

Therefore, we must vigorously study anti-energy barriers, especially in the study of increasing power. We must invest, invest, and invest again.

The Institute of Mechanics directly applied for a large amount of funding and also applied to the administrative department for full support.

Previously, the funding of the Institute of Mechanics relied on corporate and individual sponsorships, with only a small part of the scientific research allocation from relevant departments.

This is determined by different rules.

Even world-class scientific research institutions are semi-private and cannot receive administrative-level support at all.

That's different now.

When the research content rises to the strategic level, it will definitely receive stronger support.

The application from the Institute of Mechanics was quickly approved, and they immediately received a funding commitment of US$2 billion.

This is still an early appropriation.

Relevant national departments are also constantly discussing, holding consecutive meetings, and have decided to fully support the research of the Institute of Mechanics, mainly because during the space shuttle experiment, anti-gravity barriers can indeed be seen, and small spacecrafts have obviously turned on anti-gravity barriers. The gravity barrier completed the space jump.

That's right, space jump.

The biggest impact of the astronomy professor’s speech was that many people believed that the way the space shuttle experiment was completed was to achieve a ‘space jump’.

In fact, space shuttle experiments and space jumps are completely different concepts.

Space shuttle is a very fast 'travel', while space jump is equivalent to 'flash', directly achieving 'travel' regardless of distance and obstacles.

The understanding of space jump is also very shocking. There is a saying, "Since this technology can be used to achieve a span of 30,000 kilometers per second, wouldn't it be enough to transport the device to any corner of the world in one second on the earth?" "

This is absolutely terrifying.

For example, a weapon with huge destructive power.

If weapons can be sent to any corner of the world in an instant, then no place will be safe. It can be said that as long as the location is locked, it will be hit directly.

Suddenly.

Many influential people feel unsafe, even if there are a large number of guards around them, but no matter how many guards there are, they can still resist destructive weapons.

It's like stepping on ants. No matter how many ants there are, it doesn't make any sense.

After the space shuttle experiment ended, the earth seemed to have ushered in real peace, and no one talked about military matters at all.

Everyone is focused on studying academics and technology, and working hard to achieve human conquest of the universe.

——

Public opinion at home and abroad continues to ferment.

For a week, the news was full of news related to space shuttle experiments, and the space agency also made moves.

On the third day after the experiment, the space agency held a press conference, and several top leaders participated in the meeting.

Of course Zhao Yi is also indispensable.

This press conference was a meeting to celebrate the success of the space shuttle experiment. I was always interviewed by media from other countries. However, when talking about key technologies, I only talked about anti-energy barrier technology.

When Zhao Yi was asked a question, he said with certainty, "Space shuttle technology is directly related to anti-energy barriers."

"In my research, the anti-energy barrier is very wonderful. It can isolate energy and is very similar to a black hole."

"I think the anti-energy barrier is a black hole without a core. It does not have the property of absorbing matter, but it shows the external characteristics of a black hole."

"I believe that anti-energy barriers are one of the most important technologies for mankind to move into space in the future."

What Zhao Yi said confirmed the role of anti-energy barrier technology in the space shuttle experiment.

What he said was true, but he did not mention the more core Z wave.

Z wave is the key.

Z waves allow space to achieve a large compression, and the role of the anti-energy barrier is only to isolate the compression effect, allowing it to travel at normal speeds.

After the space agency's press conference, the public discussion about space shuttle technology became even more heated.

Everyone in the country feels proud and proud. They are sure that the technology they master has far surpassed that of foreign countries.

Just like the judgment of some foreign institutions, since the anti-gravity spacecraft can reach the moon within ten seconds, the same technology can be applied to the earth to send the device anywhere within one second.

This is definitely a very intimidating technology.

At this time, other technologies have become irrelevant. What is the point of manufacturing advanced ships and advanced aircraft? No matter how fast it is, it can't be faster than space shuttle or space jump!

Space shuttle and space jump are completely cross-dimensional strikes!

The state of public opinion abroad is different.

Many people talk about space shuttle technology, some are excited, some are excited, and some are wailing and sighing, because the technology does not belong to them. Everyone hopes that technology can enter a new era, but if advanced technology belongs to others, it feels completely different. It’s different.

It would be better if it was just an anti-energy barrier technology, but with the advanced technology in recent years, they seem to be far behind.

For example, spatial connection technology.

Until now, they don’t even know the implementation principles, and they feel like they have no way to start even if they want to study it.

Another example is anti-gravity technology.

China has become proficient in using anti-gravity spacecraft, but the anti-gravity spacecraft they built is still in the theoretical design stage.

In fact, this is directly related to efficiency.

Foreign countries also have anti-gravity technology, and many institutions have purchased related authorized patents. After in-depth research, it is completely possible to send spacecraft into space.

However, any new research project will take a long time to demonstrate theoretically, let alone put it into manufacturing.

For some related projects, funding is a big problem.

Normally, it will take at least five to ten years for similar technology to be put into practical use, and the speed is still relatively fast.

It is normal for some large-scale scientific and technological projects to drag on for twenty or thirty years.

Therefore, even if one obtains authorization for anti-gravity technology, it will take at least five years to actually complete the process and create an anti-gravity spacecraft. The efficiency gap is really too big.

——

Soon, a month passed.

Public opinion calmed down slightly, but the space agency continued work related to the experiment.

Although the experiment is completely over, there is still a lot of work to be done in the follow-up. They need to conduct a series of summary demonstrations on the experimental process, test data, device performance, etc.

The summary and demonstration work will last from three months to half a year. In the process, some technologies will also be assigned to professional laboratories, institutions, and enterprises to speed up the speed and safety of subsequent experiments and manufacturing.

etc.

The follow-up summary work is still very important, but it has nothing to do with Zhao Yi and the theory team.

One week after the experiment ended, Zhao Yi returned to the capital, but he was still very busy at work, spending most of his time attending meetings.

These meetings were all related to the space shuttle experiment.

There are two types of meetings, one is a technology meeting and the other is a decision-making meeting.

The science and technology conference is to discuss the follow-up research and development direction. Zhao Yi has the most cutting-edge theory, so he is naturally the leader of the conference.

Decision-making meetings have many aspects.

For example, R\u0026D funding issues, confidentiality issues, institutional laboratory participation issues, etc.

The most important of these is the argument for the ‘spaceship project’.

There were many people who opposed the spaceship project in the past. The most important thing is that this project sounds a bit fanciful. Humans have not yet been able to get out of the earth. The most they can do is take a few astronauts to the space station and directly establish the spaceship project. The span is really too big. .

Even if Zhao Yi definitely said that there are no technical barriers and the core technologies have been researched, it would be difficult to convince people who don't believe it no matter how he says it.

If it is a small project, it doesn't matter at all. The spacecraft project is too huge and the funds involved are astronomical.

It's different now.

When the meeting discusses the spacecraft project, the focus is not whether the spacecraft project will be carried out, but how the project will be carried out.

Because it involves a huge amount of investment, which can even shake the fundamentals of the economy, it must be carefully demonstrated.

At the same time, issues of international impact were also discussed.

The spacecraft project involves a lot of investment, and it is certainly impossible to keep it completely confidential. After the project is established and invested in research and development, news will definitely spread.

The project is very large and will last a long time.

These are all questions.

Zhao Yi confirmed one thing at the meeting - there are no core technical problems that cannot be solved in manufacturing spacecraft.

There is no way to participate in other related discussions.

Meetings related to the spacecraft project were held more than 20 times, lasting more than three months, and in the end only two points were determined -

One is to continue to promote the research and development of nuclear fusion devices.

This is the core technical issue that needs to be solved first.

The nuclear fusion device has been manufactured, and what is being worked on is the improvement of the device. Because it can no longer be said to be an experimental device, and it is even certain to be used to build the first spacecraft to orbit the earth, it must be made more perfect.

Academician Chen Zeshu of the nuclear fusion device R\u0026D team attended the meeting and confirmed that the device will be officially launched in two months, which also made many people look forward to it.

The other is to start the demonstration and design work of the spacecraft project.

The demonstration was jointly conducted by the Aerospace Group, the Institute of High Energy, the Institute of Nuclear Research, and military-party representative organizations.

The design was left to Zhao Yi to form a team to complete.

Zhao Yi, who serves as the chief designer of the spacecraft research team, will form a team to complete the design of the spacecraft.