From University Lecturer to Chief Academician

After using silicon carbide to be exposed to the field force, Wang Hao remotely directed several materials to be exposed to the field force. Some metal materials did not seem to be affected, while some smoke appeared, and the surface seemed to be burning.

After a series of material experiments were completed, Wang Hao directed the strong S-wave equipment to be turned off.

The experiment ends here.

Many people stared intently at the black ball with electric light shining in the center. Only when they found the black ball disappeared before their eyes did they take a long, hard breath.

The same is true for Teacher Zhao.

Although the black ball made people feel very uncomfortable, when the experiment was about to end, he immediately looked over and found that the black ball disappeared from the screen, and he immediately felt relieved.

Even with a series of experiments, Wang Hao has repeatedly stated that what he created is not a black hole, but the black ball feels very weird, even scary.

Now it is found that turning off the device can make the black ball disappear, which means that the black ball is under control.

That way you don't have to worry.

Even if something goes wrong, its impact can be interrupted as long as the device is turned off.

After the experiment ended, many people continued to discuss their feelings. They could use three words to describe shock, surprise and fear.

One of the fears comes from the feeling that the black ball brings to people. Staring at the black ball for a long time makes the eyes feel like they are being sucked in. There is a word called "staring into the abyss", and they have a similar feeling.

Many people describe Black Ball as 'terrible'.

In comparison, a strong annihilation force field that can absorb light is nothing.

Some people call the black ball an upgraded version of the strong annihilation field, "like compressing a large area of ​​strong annihilation field into a small ball."

"The edge of this little ball is still glowing with electricity, and it looks very scary."

"I don't want to watch it again in the next experiment. It's really uncomfortable."

When everyone recalls it, they feel depressed, dull, and even scared. They also know that what was created was not a black hole. Otherwise, black smoke would not be emitted when matter touched the black hole, but it is still uncomfortable just thinking about it.

Teacher Zhao and Wang Hao discussed some experimental issues and roughly understood some basics.

Of course he still didn't understand.

His main concern is whether the created field force is dangerous. If there is a great risk, he must pay attention to it and even suspend research.

Wang Hao repeatedly promised to pay attention to safety issues, which made Teacher Zhao feel much more relaxed.

Teacher Zhao left anyway.

Before leaving, he kept warning about safety issues, and also found several people from the experimental team, and kept saying, "Regarding this research, if any experiments are conducted in the future, Academician Wang must stay away, preferably ten kilometers or dozens of kilometers away! "

"Academician Wang's safety is the most important thing, and there is no risk..."

Wang Hao sent Teacher Zhao all the way to the car.

Teacher Zhao still held his hand and said, "It's really not a black hole, right? Then I'm relieved, but I feel that this thing is very dangerous, so I must pay attention."

"Okay, okay, got it."

Wang Hao kept nodding his head depressedly, indicating that he would definitely pay attention to safety.

After Teacher Zhao left, he breathed a sigh of relief, returned to the base, and quickly summoned the theory team.

He did not summon others because the issues they wanted to discuss were related to black holes.

After everyone else walked in, Wang Hao first emphasized, "We are discussing experiments and the field force. Don't talk about the black hole theory anymore."

"Is it really a black hole?" Ding Zhiqiang was shocked and asked subconsciously.

Wang Hao pursed his lips and said, "It's not a black hole, it's just related to black holes. It's just that if the research is revealed, it will cause panic." After he finished speaking, he smiled helplessly, "I have been listening to Teacher Zhao's nagging all the way today."

He continued, "We have already done research, and what we have created is a strong S-wave field force that is limited by magnetic field interference and squeezed by the conventional annihilation force environment."

"The field force is very special. The magnetic field and the conventional annihilation force are too different. Only under the influence of the two will it show the shape of a black sphere."

"The reason why I say black hole is because I think it has some characteristics of a black hole."

"It can also be understood in another way. It may be somewhat similar to a black hole that throws away the characteristics of strong gravity..."

"ah?"

"Really?"

"Leave aside the gravitational properties...is it still a black hole?"

"That being said, it doesn't seem to be anything."

"The specifics still need to be analyzed." Wang Hao said, "The characteristics of the field force still need to be verified experimentally. The specific details require further research. Now, I want to discuss a question -"

"What would happen if strong energy was injected into the black ball?"

Wang Hao was very serious when he asked questions, which also made others become serious.

The reason why he raised this question was that during the experiment, he discovered that black balls can absorb energy.

Although the material testing report has not yet come out, he is sure that the black smoke emitted from the silicon carbide is because the surface temperature of the black ball is too high, causing chemical reactions such as combustion.

Those electric lights are generated by the contact between the surface and the air.

In other words, the temperature of the black ball's surface is very high, and the internal temperature cannot be measured, but he believes that the black ball is likely to absorb energy.

That does not annihilate energy, but truly absorbs energy, and it will definitely make the air particles inside become extremely active.

There is danger in this phenomenon.

When Teacher Zhao was at the research base, Wang Hao did not dare to explain his inferences, otherwise the research might be hindered.

A thing that looks like a black hole, with electric light on its surface and the ability to absorb energy...

Think about it, isn’t it a black hole?

If the absorbed energy reaches a certain level, will there be a violent explosion?

It's possible.

Wang Hao was not sure. He had to discuss it with others before determining the next experimental plan.

At the same time, he also believes that research has entered a "dangerous period". Even if what is created is not a black hole, it may still contain great risks.

Not to mention, the created field force already possesses certain physical properties of a black hole.

The people in the theory team started the argument with surprise. They analyzed it based on basic theories and believed that the black ball might have some characteristics of a black hole.

For example, black holes are also spherical.

"The reason why black holes are spherical may also be squeezed by the regular cosmic environment and peripheral magnetic fields."

For example, the field structure inside a black hole is also chaotic and complex.

"The magnetic field outside the black hole will also affect the S wave released by the internal singularity. When the magnetic field intensity reaches a certain level, the S wave will also be restricted. In this way, the black hole can maintain a stable shape."

In other words, the main physical properties of black balls and black holes may be very similar. There are two biggest differences. One is the direction of strong S waves.

The other is that if there is no singularity in the center, there will be no strong gravitational pull inward. In addition, if it does not have high-quality characteristics, there will also be no strong gravitational pull on the outside.

The theory group discussed for more than two hours. They sorted out the results of the discussion, and Wang Hao directly saved them in an encrypted file.

He didn't want his research to be interfered with, so he wouldn't submit the content for the time being.

soon.

The testing of materials has also yielded results.

Basically similar to what Wang Hao judged, the material was affected by a strong annihilation force field and high temperature. The latter caused chemical reactions between some materials and air, such as strong oxidation, combustion, etc.

The effect of a strong annihilation force field is naturally a magnetization reaction.

The test results showed that there was no upgrading of elements, which also showed that the internal annihilation force characteristics of the black ball were not affected and were still within the range of 5x to 5.5x.

At this time, Wang Hao encountered a problem.

According to the theoretical inference, the next experimental plan is to inject energy into the black ball to see what kind of reaction can occur.

However, there may be risks.

Without enough basic support, he could not judge whether an explosion would occur, but without conducting experiments, he could not explore further.

Wang Hao hesitated for a long time and decided to temporarily put aside the energy injection experiment. He decided to skip this step and directly study the release of F-rays. After all, the release of F-rays from strong S waves was the main direction.

Now the inspiration value of the task has reached 95 points, and it is very close to completing the research.

The next step in the research on releasing f-rays in the main direction is very clear, which is to design an electromagnetic field with a spiral structure on the periphery, so that a 'pore' appears in the closed magnetic field.

In fact, just like the release of conventional f-rays, if a small opening is opened in the peripheral magnetic field, the field force will be ejected from the opening under the squeeze of the magnetic field.

The difficulty in designing the magnetic field is to make the opening as small as possible, preferably just a tiny point, so that the field force can be ejected more powerfully.

…

There are no insurmountable problems in the next step of demonstrating the magnetic field.

The job of the research team is to design. After finalizing the design, let the cooperative factory manufacture it, and then transport the equipment to the research base, so that the next step of experiments can be carried out.

Wang Hao asked others to continue with the design and explained the related work issues, while he took a bus to the space agency's anti-gravity spacecraft research and development base.

This is a planned arrangement.

For an aerospace carrier, an anti-gravity spacecraft is very important. Just like an aircraft carrier must carry fighter jets, only with an anti-gravity spacecraft can the aerospace carrier have the ability to explore and land on planets.

The space carrier does not have anti-gravity characteristics and will be affected by the strong gravity of large planets. Its huge size will also pose great risks when landing on a planet.

Anti-gravity spacecraft become very critical.

The spacecraft company has set its next plan, which is to allow the spacecraft to navigate within the solar system and carry out a mission to explore Europa.

It is impossible for the space carrier to land directly on Europa, and the mission requires an anti-gravity spacecraft to perform.

Their plan is to send out a probe first, collect enough information at close range, and then allow the anti-gravity spacecraft to land when sufficient conditions are met.

The problem is that anti-gravity spacecraft have not been built yet.

The space agency's spacecraft research and development base has assembled two anti-gravity spacecraft, but the spacecraft has only conducted one flight test, and there was a slight problem, and it almost crashed midway.

At this rate, even if we wait a few more months, the anti-gravity spacecraft will not be perfected.

After Wang Hao arrived at the research and development base of the spacecraft, he met Zhu Qiqiang, Cao Dongming and others. They were several hours ahead of Wang Hao and communicated with the people at the spacecraft base.

Chen Jiahe welcomed Wang Hao and started a series of introductions.

Wang Hao listened patiently and asked Zhu Qiqiang about the problems encountered in research and development -

electronic system.

The hardware facilities of the anti-gravity spacecraft have been improved, including the cooling system, propulsion system, anti-gravity system, and balance system, which have all undergone several rounds of testing.

The problem is that the electronic system is not perfect yet.

"We have been testing modifications. There are still bugs in the electronic system, but we will definitely complete it as soon as possible!" Chen Jiahe kept making assurances.

He knows the importance of the spacecraft company's inspection.

If the spacecraft company is not satisfied this time, they may build an independent department to study small spacecraft.

This is unacceptable to the space agency.

The current situation of the space agency is very embarrassing. They do not have ultra-high-end technology. Even if they have enough technology, they cannot build a space carrier on their own.

Of course, let alone building it, even if you have the technology and ability, you don’t have that much money.

The reason why the spacecraft company was able to see the aerospace carrier was because they raised enough funds, and the space agency is an institution supported by national funds, and it is impossible to allocate such a huge amount of funds to build a large spacecraft all at once.

If the design and construction of anti-gravity spacecraft can be completed, the space agency will be able to get a lot of orders and establish its position in manufacturing small spacecraft.

Only in this way will there be development in the future.

The problem is that it is not easy to improve the electronic system. As long as it is software, there will be bugs, let alone such a complex system.

Generally speaking, for such a complex electronic control system, the research and development time will take at least three years to make the system stable.

However, such a long time cannot keep up with the progress of the spacecraft company.

Spaceship Corporation…

too fast!

Chen Jiahe could only smile bitterly when he thought about it, and he could only keep making guarantees.

Wang Hao only listened to a few words and understood the specific situation. Of course, he knew that it was not easy to perfect the electronic system.

The reason why the space carrier's electronic system is perfect is because of his participation. He can directly identify possible problems in the process of constructing the electronic system.

After a complete structure is in place, all subsequent problems will be minor.

In addition, the spacecraft company has the most cutting-edge software team in the country, including Paul Phil-Jones, who is involved in the construction of electronic systems.

The space agency's team is relatively far behind.

Wang Hao talked with Chen Jiahe, and after careful consideration, he decided to leave the small spacecraft to the space agency.

This is mainly because the research on small spacecraft is too complicated. They need all kinds of small spacecraft and cannot rely on their own research and development.

The space agency has a very large research team that can conduct multiple studies at the same time.

Problems with electronic systems can still be solved.

"Let's do this. We will send a team to conduct research with you."

"At the same time, the systems of the anti-gravity spacecraft and the space carrier can also be docked in advance."

"I will also be involved in working on the electronic system and hope to resolve the issue as soon as possible."

"Three months, it must be completed!"

Wang Hao set a time.

It will take three months to perfect the electronic system of the anti-gravity spacecraft, and another three months to integrate the anti-gravity spacecraft into the space carrier system and develop some functions.

The space carrier's voyage plan will be officially launched in half a year.