From University Lecturer to Chief Academician

Experimental site.

The black ball at the center of the device disappeared in just a few seconds.

Everyone watched carefully.

Someone rubbed his eyes uncertainly, looked over again and shouted in surprise, "Why is it gone?"

"Isn't it possible to create it this way? Or, even if there is only a small gap in the magnetic field..."

"The equipment is still connected. It should be producing something. Contact the helicopter formation!"

Before the experiment began, several helicopters took off, carrying high-precision camera equipment to shoot from an aerial perspective.

However, they didn't capture anything.

Several helicopters flew in the direction of the release, hoping to find an area with strong S waves or make other discoveries, but there has been no report.

Soon, half an hour passed.

At this time, the equipment must be turned off, otherwise the continuous strong current and strong magnetic field may cause safety hazards.

After the device is turned off, it is naturally impossible to make any discoveries.

Wang Hao also returned to the research base.

He went to the scene to check it out, frowning slightly and also full of confusion.

After the external magnetic field equipment was turned on, the black ball disappeared in just a few seconds, the target showed no response, and the helicopter did not detect a strong S-wave area.

Everyone started discussing, "Is it because the release distance is too far? Can't it be found?"

"Or maybe it was released underground and couldn't be detected at all? There is no detection of geothermal heat, so I really don't know what the underground reaction will be."

"Or maybe, due to the interference of the magnetic field, the field force disappeared?"

Wang Hao is more inclined to the first possibility, because the black ball has disappeared.

In the absence of magnetic field interference, what is created is a strong S-wave area 500 kilometers away. With magnetic field interference, it is normal for the release distance to be too far. Even if it reaches several thousand kilometers or tens of thousands of kilometers, it will not Dare to accept any surprise.

Theoretically, it's possible.

If we create such a long-distance strong S-wave area, we can only wait for public opinion news.

For example, if a thin dark layer appears over a certain country or at a greater distance, people will definitely discover it and report it.

What they need to do is to wait for news, and at the same time, report the information so that they can handle special problems correctly.

In the experiment, it is difficult to say the role of the external magnetic field.

Are F-rays produced?

What happened in the seconds after the black ball disappeared? Or maybe something else was made.

Wang Hao was a little confused.

The inspiration value on the research and development task progress shows that the value has reached 99 points. It is very depressing that the research is stuck at the last step.

"why?"

"What happened? The black ball disappeared, and it disappeared slowly..."

He thought carefully and pressed his forehead hard, and suddenly thought of a question--

energy!

After the black ball was created, he was very sure that the black ball could absorb energy.

After the experiment started, the black ball slowly disappeared. Is it related to energy?

The system suddenly remembered the prompt.

[Task 2, inspiration value +1. 】

Wang Hao's eyes suddenly widened and he checked the system tasks.

【Task 2】

[Research project name: Regional strong annihilation force releases F-rays (difficulty: S+). 】

[Inspiration value: 100. 】

"It's 100 o'clock!"

"full!"

"The research is completed, S+ mission!"

A surge of excitement burst out from the bottom of my heart, my mouth couldn't help but grow wider, and I couldn't control the joy on my face.

S+ mission!

Until now, I have only completed one S+ difficulty task, which is the study of NS equations.

The research on the NS equation took a long time and was divided into five stages. Each stage can be said to be a mathematical achievement that shocked the world and is of very great significance.

The current S+ difficulty task is not mathematics, but exploratory research in physics. It is more difficult than the research on NS equations. To start the task, you need to possess many high-end technologies such as 'Strong Annihilation Field', 'F-ray', and 'Gravity Field'. .

The discovery of strong S waves means that research has found a direction. Their research progress can be said to be very smooth, but they also encountered many problems.

Until now, the inspiration value has reached 100 points!

Wang Hao raised his head with joy and saw Helen and Ding Zhiqiang.

Helen and Ding Zhiqiang looked over from left to right. They didn't understand why Teacher Wang laughed, with a look of ecstasy on his face.

"Teacher Wang, what's wrong?" Helen asked confused.

Ding Zhiqiang was also curious, "You smile very strangely..."

Wang Hao's face darkened and he explained, "I thought of a research problem. Do you remember what I said last time that black balls are very similar to black holes and can absorb energy?"

Helen continued to wonder, "Yeah...what's wrong?"

Wang Hao did not explain, but just looked at her with a smile. Helen was still puzzled, but Ding Zhiqiang suddenly reacted, "You mean, let the black ball absorb energy?"

"yes!"

Helen understood immediately.

In the experiment, after turning on the external magnetic field device, the black ball disappeared in just a few seconds.

What if we continuously inject energy into the black ball? It’s hard to say what will happen by then, but it’s likely that new discoveries will be made, maybe blackheads will be maintained, and other phenomena will be observed.

"But, wouldn't it be too dangerous?"

Ding Zhiqiang hesitated, "The rules of a black ball are very similar to that of a black hole. Will injecting energy really turn it into a black hole? For example, it will produce strong external gravity..."

"This is impossible."

Wang Hao shook his head with certainty, "Energy cannot change the direction of the S wave."

"but……"

Ding Zhixiang still hesitated.

"But what? It's just an experiment anyway, what are you afraid of? Teacher Wang said there is no problem, this is definitely worth studying!" Helen's tone was very sure, she was already looking forward to it, "I'll tell Meng Meng, she will definitely be interested !”

She said and started to walk away.

Wang Hao reminded, "Don't tell others, don't reveal the theory yet!"

"good!"

Helen nodded seriously.

Ding Zhiqiang pressed his forehead hard and began to worry, "Teacher Wang, if this is not the case next time, I will stay in the air-raid shelter with you."

He complained, "Of course Helen is not worried. He is always in a safe place anyway. I am at the experiment site..."

"Of course I'm not talking about you, your safety is the most important thing!"

Wang Hao felt a little funny, he shook his head and said, "Don't worry, Xiao Ding, it's okay, there won't be an explosion."

"If you're worried, stay with us in a safe location."

Ding Zhiqiang felt a little embarrassed, but shook his head and said, "Forget it, it's dangerous as long as it's dangerous."

"Teacher Wang, I believe you!" He said with sincerity on his face.

Wang Hao pursed his lips and smiled, not caring at all. After chatting with Ding Zhiqiang for a few words, he couldn't wait to consume his inspiration points and connect them all together.

All the ideas related to strong S waves suddenly formed a clear context.

Enlightened and enlightened!

Most of the puzzles encountered in the research already have answers.

The stimulation of F rays by strong S waves is a technical research. It is not pure mathematics or pure theory like the ns equation. The underlying theoretical logic is not so clear and there are still some things that are not clear, but the technical issues have been solved. All solved.

The black ball is a strong annihilation force field region with strong S waves and magnetic field constraints.

The magnetic field restrains the strong S wave and offsets the directional characteristics of the strong S wave. However, the magnetic field is only a magnetic field after all. It can only restrain the strong wave and cannot create reverse S waves.

Just like giving a push to an object fixed on the ground, the object will have an opposite force, but the reaction force will never be greater than the push force.

The magnetic field's reverse constraint on the strong S wave can offset the directional characteristics of the strong S wave, and the forward magnetic field will not increase the intensity of the S wave.

When the reverse magnetic field intensity constraint is higher than the S wave intensity, the strong annihilation force field, that is, the black ball will be squeezed, just like the strong annihilation force field is interfered by the magnetic field, which will only cause a small area of ​​​​field force. deformation.

A positive magnetic field will not increase the intensity of S-waves, but it can increase the release distance.

In other words, when a positive magnetic field is applied, the release distance of the strong S-wave thin layer area is no longer more than 500 kilometers, but will reach several thousand kilometers, tens of thousands of kilometers, or even higher. The specific value needs to be Experiment to determine.

The current experiment is to excite F rays, but the F rays excited by strong S waves are different from conventional ones. Because they have strong S wave characteristics, they will be repelled by the conventional environment, but can still penetrate the conventional force field environment. Among them are It involves the issue of spatial characteristics.

The conventional force field environment is penetrated, and the targets set on the path will naturally not change.

After penetrating the conventional field force to reach the limit distance, the F-ray energy will continue to accumulate at the end, eventually forming a strong S-wave thin layer area.

The only difference between the current experiment and the original one without applying magnetic field interference is the distance and speed at which the strong S-wave thin layer is formed. Initially, a strong S-wave thin layer 500 kilometers away was created instantaneously, but now it takes a few seconds to create a strong S-wave thin layer at a position beyond the distance. Create a strong S-wave thin layer.

The 1.2T high magnetic field and external magnetic field equipment increase the release distance of the strong S-wave thin layer and reduce its formation speed.

These are what happened in the experiment.

After the inspiration came through, he also learned an important characteristic of strong S waves--

Annihilate space!

The S wave in gravitational field technology will continuously create space to form special gravity.

The effect of strong S-waves is the opposite, annihilating regular space, and can also form special gravity, but in the opposite direction.

"So, the strong S wave emitted from the singularity at the center of the black hole is outward rather than inward. The strong outward S wave will continuously annihilate space..."

"This will bring about a strong gravitational effect."

"In other words, part of the gravitational force exerted by the black hole is the effect of mass, and part is the effect of strong S waves annihilating space."

"Its mass must be lower than the numerical value of the gravity calculation result..."

Another astrophysical subversion!

Wang Hao can even imagine how controversial the research content will be after it is released.

The astrophysics community will certainly not accept that the external gravitational pull of a black hole is not entirely space oscillations caused by its mass, which would subvert all calculations of the black hole's mass.

At the same time, the mass of the black hole can no longer be calculated at all.

If you want to study the mass of a black hole, you must exclude the role of its strong S wave in annihilating space.

We still don’t know how to study this content and what performance characteristics it will have.

"It is precisely because of the characteristics of annihilation space that the black ball slowly disappears..."

"Lack of energy!"

Black holes can continue to exist stably because their central singularity continues to emit strong S waves.

The strong S-wave area created in the experiment was created out of thin air using superconducting technology, and was squeezed by a magnetic field to form a fixed field force area.

When the field force is squeezed and ejected by the magnetic field, it can no longer be maintained. If you want to continue to maintain it, there must be energy inside to maintain it.

This energy can be active matter, that is, high-temperature particles, or it can be pure energy, such as light energy, plasma, etc.

…

After the inspiration came through, the first thing Wang Hao did was to verify it.

In their future experiments, they will definitely continue to inject energy into the black ball, and may even consider continuing to create a high-temperature environment at the center of the force field.

If you want the experiment to proceed, you must make sure that there is no danger in injecting energy.

Preliminary verification is now required.

Wang Hao was anxious and the core staff held a small meeting and announced the next experimental plan - to illuminate the black ball with a continuous and stable laser source to continuously inject energy.

This approach sounds dangerous, but most people are not worried. They have great trust in Wang Hao.

There has never been a major problem in the experimental research led by Wang Hao. Since Wang Hao is sure that there will be no problems in the experiment, there is no need to worry too much.

In addition, it only uses laser irradiation, and the energy intensity is not high.

When the experiment was ready, everyone was looking forward to it, and they really weren't too worried.

"Ignorant and fearless!"

Ding Zhiqiang murmured in a low voice and went to the air-raid shelter with Wang Hao. He said he was not worried, but in fact, he was still very 'life-conscious'.

"It's safer here." He said to Chen Mengmeng, "I really envy you. You can come here every time. I can only participate in the experiment..."

Chen Mengmeng rolled his eyes, "You are just timid."

"You can go if you can?" Ding Zhiqiang immediately retorted dissatisfiedly.

"I don't understand experiments."

"Tch~~If you don't go, don't talk!"

Wang Hao tugged at the corner of his mouth, feeling a little helpless towards Ding Zhiqiang.

This guy said he wasn't afraid, and said he believed him, and finally came to the air-raid shelter.

He shook his head and said, "Xiao Ding, I am very sure that the experiment is not dangerous. You don't have to worry too much. How can you participate in the voyage plan like this?"

"The voyage plan is relatively more dangerous, but if we go to Jupiter, I can't guarantee 100% safety. Moreover, if something goes wrong... we won't be able to come back."

Ding Zhiqiang's eyes suddenly lit up and he said, "Teacher Wang, you reported my name, right? If I can go, I will definitely go!"

"Why? Not guaranteed to be safe?"

"I'm not afraid!"

Ding Zhiqiang said forcefully, "That's different from an experiment. It's an exploration of Jupiter! It's the first time humans have made a voyage beyond the Earth."

"In the past, the furthest distance was only to the moon, which was 300,000 kilometers. Now it is hundreds of millions of kilometers. The risk is worth taking."

What he means is that ordinary experiment sacrifices are not worth it. No matter how dangerous it is to participate in a voyage plan, it is worth it.

Wang Hao suddenly glanced at him. He felt that he still didn't understand this student.

Ding Zhiqiang behaves very cowardly in some matters, and is also very lazy on weekdays, as if he doesn't care about anything.

There are some things that he is very interested in, and he doesn't even care about the risks.

He nodded seriously and said, "Okay, you are an alternate. If there is still a spot in the end, I will try my best to fight for you."

"Thank you, Teacher Wang."

Wang Hao shook his head indifferently.