From University Lecturer to Chief Academician

"Zero state energy..."

"This is a great idea!"

"The zero-state energy is gathered to a certain extent, and the mass point can be annihilated to explode energy, which can explain why the experiment explodes..."

"That's not cancellation of matter and antimatter, but neutron annihilation!"

Wang Hao has been thinking about the principle of 'neutron annihilation'. The only certainty in the experiment is that neutron annihilation occurs, but what are the conditions for neutron annihilation?

This is the basis of research.

Therefore, it is necessary to establish a complete theoretical system and verify it with experiments to find out the cause of neutron annihilation.

Now the 'zero state energy' proposed by Helen and others can be used to explain why neutron annihilation occurs. When the zero state energy density exceeds an upper limit, it can be gathered to annihilate mass points, and a single mass point can be annihilated. , the particles it consists of can naturally be annihilated.

After Wang Hao finished his explanation, everyone in the office fell silent. They thought about it and found that what he said made sense.

At this time, Chen Mengmeng suddenly said, "Teacher Wang, this explanation does make sense, but there is a direct problem."

"you say."

Wang Hao looked at Chen Mengmeng expectantly.

Chen Mengmeng hesitated for a moment, looking around as if to find the courage for himself, and then said, "Our theory is that zero-state energy is produced along with non-zero-state energy, but the problem is that there are A lot of high burst energy phenomena.”

"High burst energy will produce a large amount of zero-state energy. If aggregation can annihilate mass points, doesn't it mean that... particle annihilation is always occurring inside stars?"

"Forehead……"

Wang Hao was stunned when he heard this.

Chen Mengmeng did not find a small problem, but the most critical problem, which was enough to completely collapse the theory of "zero-state energy aggregation and annihilation of mass points".

Not to mention the center of a star, even if it is just an ordinary atomic bomb explosion, the energy generated instantly is far stronger than the intensity in the 'reproduction explosion experiment'.

There will be no annihilation mass point problem in the explosion of an atomic bomb, otherwise the intensity of the explosion will increase exponentially and will not be artificially controllable.

Wang Hao smiled awkwardly, nodded and admitted, "Your question refuted me because I didn't think carefully."

Others also smiled and couldn't help but look at Chen Mengmeng in admiration.

Paul Phil-Jones said directly, "It's amazing, Meng Meng, you can actually refute Wang Hao. The student is almost surpassing the teacher."

Helen pursed her lips and looked at Chen Mengmeng, feeling unwilling to do so. She and Chen Mengmeng had reconciled, but she still held back her energy to prove that she was stronger than the other party.

"Why is she always faster than I think..."

"Her IQ is obviously much lower than mine."

Helen also knew that there was no direct relationship between IQ and reaction speed, creativity, etc., but she still felt very depressed.

When she was a student, she was recognized as a genius and the best one.

Now Chen Mengmeng is no different from her. The research they did together won them the Nobel Prize in Physics, and their subsequent research is no worse than her own.

For example, their theoretical research is based on energy primeization, and the energy primeization theory was completed by Chen Mengmeng and Ding Zhiqiang.

Besides, Ding Zhiqiang.

Although Ding Zhiqiang has not won an international academic award, he is the most valued by teacher Wang Hao. When we did research together, we discovered that Ding Zhiqiang always has novel ideas.

In scientific research, good ideas are the most important.

More important than IQ, more important than basic abilities, more important than any other aspect.

Several people left together.

After leaving the office door, they couldn't help but talk about "Chen Mengmeng asked Wang Hao". It was extremely rare for Wang Hao to be asked. The question he was asked by Chen Mengmeng directly denied their own ideas. Indeed, It's a very interesting thing.

Among them, only Ding Zhiqiang remained silent.

He was silent.

"What are you thinking about?" Helen asked curiously, "Is it still the same problem as before? Or do you think the problem raised by Chen Mengmeng can be solved?"

"impossible!"

Paul Phil-Jones affirmed, "Zero-state energy is used to explain the annihilation mass point. It is impossible no matter how you think about it. Just now Wang Hao admitted that his idea was not rigorous."

Helen nodded.

Ding Zhiqiang pursed his lips and shook his head, "No, I didn't think about it, I was just a little tired." He made a vague excuse.

Paul Phil-Jones immediately said, "We have been really busy recently, and we should take a proper rest... I have decided, let's take a rest in the afternoon!"

He suddenly thought of something and said immediately, "I'm going to tell Huang Xing, Luo Dayong... and Zhang Zhiqiang what happened just now. They will definitely be interested."

The other three were stunned.

Helen complained, "Paul, when did you become so nosy?"

"Wang Hao was asked... It's rare to meet him once a year. Of course, I have to share it with my friends." Paul Phil-Jones replied matter-of-factly.

He couldn't wait.

Chen Mengmeng said, "If you want to share, I think Zhu Ping is a good partner. She is most interested in these..."

"No, no, no!"

Paul Phil-Jones immediately shook his head, "I excluded Zhu Ping from the beginning. If I told her the matter, everyone in the laboratory would know it before I could tell anyone else."

The other three people were silent together, and then gave a thumbs up in unison.

…

Ding Zhiqiang was indeed thinking about Chen Mengmeng's problem.

He is not thinking about how to solve the problem, but intends to think of an 'opinion' in advance. Based on his understanding of Wang Hao, he will definitely be asked "Xiao Ding, what do you think" next time he meets him.

When the time comes, what should I say?

Everyone in the laboratory knew that Wang Hao was studying the theory of 'mass point annihilation'. If he said, 'I don't have any idea', he would definitely be dragged into studying it together, right?

"no!"

"You have to think of a countermeasure in advance, otherwise you will definitely be dragged into studying together."

"Even if you work with Paul and Helen, don't work with Teacher Wang. That would be very stressful and you would completely lose your freedom..."

"Definitely not!"

After Ding Zhiqiang returned to the office, he began to think hard.

the other side.

Wang Hao was indeed asked, but he didn't pay too much attention because he just followed the setting of "zero state energy" to explain the problem of "mass point annihilation".

On the contrary, he was very happy.

This shows the growth of students!

Wang Hao also feels very distressed when it comes to researching the problem of 'mass point annihilation'. He is recognized as the top physicist.

Whether it is experimental physics or theoretical physics, he is recognized as the first person in the world because he pioneered the direction of annihilation theory and conducted a series of studies, laying a solid foundation.

But in fact, most of his initial research was based on real experimental findings, and the annihilation force was proposed because it was 'certain to exist'.

Since it is ‘confirmed to exist’, the system will feed back correct information.

This is like doing a math problem. The math problem has a clear answer, and the correct result will naturally be fed back.

What if there is no clear answer?

Naturally, there will be no results.

Pure theoretical physics is a field with "no answers". When it comes to "not facts" and "just pure theories", it is impossible to get correct information back.

The current research on 'mass point annihilation' belongs to the field of 'pure theory', because it cannot be seen at the micro level. Even the most basic questions such as 'what is energy' and 'what are particles' have no absolutely correct answers. .

The ‘energy priming’ proposed by Chen Mengmeng and Ding Zhiqiang is the most typical purely theoretical physics research. Of course, the smallest energy unit is not a prime number, nor can it be a number.

‘Energy primeization’ is just a mathematical method to help theorize various phenomena.

Similarly, 'zero state energy' is also a theory, an imagination based on physical phenomena and mathematical expressions, and can be understood as 'a setting'.

Naturally, such research has no definite results.

Theoretical physics is to use mathematical means to explain physics, so that various unexplainable phenomena can be reflected on paper in a mathematical way.

That’s why there are various theories in the world of physics.

A phenomenon can be explained in one way and understood in another. As long as there is no falsified physical theory, no matter how exaggerated the content is, it cannot be said to be wrong. The only difference is how much recognition it can get.

In fact, the international physics community’s recognition of a theory is not based on ‘how likely it is to be true’, but on its underlying mathematical foundation.

When a theory has a sufficient mathematical foundation, it can easily gain the recognition of a large number of scholars, as was the case with string theory in the past.

The contents of theories such as the eleven-dimensional space of string theory and the brane universe are extremely exaggerated, but there are still many physicists who focus on the research of these theories that can never be confirmed.

The main reason is that they don't care about the theoretical content, but the underlying mathematical logic.

That's beautiful mathematics.

"The explanation of zero-state energy doesn't work. We still need to think about it again." Wang Hao thought, "It seems that we still need to think about it with Paul, Chen Mengmeng and others..."

"Study together."

"Everyone has so many ideas. It's difficult for me to do it alone!"

Wang Hao has a lot of work to deal with.

The most important issue is the construction of external power generation facilities for the nuclear fusion device. The nuclear fusion center reaction device has been built, and power generation facilities are being built on the periphery. However, the only construction plan that has finalized the details is 'steam power generation'.

‘Steam power generation’ is the simplest, direct and technologically mature way of generating electricity.

The principle is to use the heat emitted by nuclear fusion to heat water, and the water turns into high-pressure water vapor, which is impacted to generate power and then converted into electrical energy.

The efficiency of this method of power generation is very low.

If used in nuclear fusion power generation, the efficiency will become even lower. The inside of the nuclear fusion device is a deuterium-deuterium fusion reaction, and the pure heat generated by the deuterium-deuterium fusion reaction only accounts for about a quarter, and the rest is released. energy of particles and other particles.

If we only rely on 'steam power generation', we can barely achieve positive returns at best. To improve efficiency, we must supplement other power generation methods.

There are three power generation methods in the design of the nuclear fusion device. The other two are to use "neutron and alpha particle impact cross-section power generation".

This is a unique way of generating electricity.

Wang Hao's improvement plan for the magnetic field circulation inside the tokamak device has established a 'magnetic field circulation outlet'. The internal high-pressure and high-heat particles will continuously impact the outlet. It has become a new way of generating electricity and can also produce Alpha particles are effectively discharged.

Because it is a brand new design and a brand new power generation solution, even if it is built according to the design plan, it still encounters many small problems.

Wang Hao needs to give personal suggestions, and also needs to deploy relevant laboratories and let them conduct some experiments for verification.

The other is plasma power generation.

In the magnetic field confinement of the internal nuclear fusion reaction, there is a lot of high-temperature plasma. The magnetic field confines the high-temperature plasma in the ring device. The plasma is a high-temperature mixture of positively charged particles and negatively charged particles, and the magnetic field can act according to the Lorentz force. By separating positive and negative particles and concentrating the positive and negative particles on the two-pole conductors through a magnetic fluid device, direct power generation can be achieved.

This method of power generation is not entirely new. The 'Artificial Sun' project has been tested before, but this is the first time it has been actually built and used, and it has encountered many problems.

Fortunately, there are many scholars in the project team who have researched plasma power generation. Coupled with a complete design framework, some minor problems can still be solved.

Wang Hao worked continuously for nearly a week before finishing some of the reported problems.

After finally relaxing, he took a look at the latest news and found that dozens of papers related to replicating explosion experiments had appeared internationally.

Several of them mention antimatter.

Antimatter is used to explain the cause of explosions.

These papers all say the same thing, "When energy escapes from a strong annihilation force field, antiparticles are created, and the positive and antiparticles offset each other to produce a huge amount of pure energy, which then causes an explosion."

Wang Hao read several articles in a row and felt that he could not be dominated by the 'anti-gravity theory'. He also believed that as an important institution that publishes the 'annihilation theory', the Mason Number Laboratory should also have several related papers, otherwise the experiment would be a waste to other institutions. Done.

He immediately called the people from the research team.

soon.

Members of the laboratory's research team gathered together, including Paul Phil-Jones, Huang Xing, Zhang Zhiqiang and three students.

Paul Phil-Jones entered the office and asked impatiently, "How do you think about that question?" He told several people about Wang Hao being refuted by Chen Mengmeng.

At the same time, I felt that Wang Hao must be very unwilling.

because……

If something happens to him and someone points out his problem, even if he is completely wrong, he must find a reason to dismiss it!

In short, you are always right!

Even if it is definitely wrong, it will only be someone else who is wrong!

Wang Hao grinned lightly, not wanting to argue with Paul. Anyway, it wasn't Paul who asked him? Chen Mengmeng is also his outstanding student.

Paul just gloated!

At this time, Ding Zhiqiang walked into the office.

Wang Hao ignored Paul Phil Jones and just looked at Ding Zhiqiang. He couldn't be more satisfied with Ding Zhiqiang's performance.

Ding Zhiqiang and Chen Mengmeng studied together.

Study with Helen and Paul.

Coupled with the current research on 'zero state energy', it is obvious that Ding Zhiqiang has been recognized by everyone in the laboratory.

This is good.

"It's so outstanding!" Wang Hao couldn't help but smile and nod as he thought about it.

Ding Zhiqiang's feeling was different.

He found that after he entered the office, he was stared at by Teacher Wang Hao. He suddenly felt strange all over his body. Teacher Wang Hao also showed a strange smile...

"really!"

"I thought it was right. Teacher Wang must have wanted to get me to study together... He was about to ask me what I thought of the research!"

At this time, Paul was still talking, "What do you think? Wang Hao, tell me, do you have any ideas?"

"Anyway, we all believe that zero-state energy cannot explain the annihilation mass point..."

As he was talking, he heard Ding Zhiqiang interrupt, "Of course it can be explained!"

"What?"

Everyone looked at Ding Zhiqiang.

Ding Zhiqiang raised his head and glanced at Wang Hao, and then said, "I think Teacher Wang Hao's idea is right. It makes sense for zero-state energy to gather and annihilate mass points."

"Because it also involves a strong annihilation force field, not just zero-state energy."

"Take the explosion experiment as an example. Think about this question... If the strong annihilation force field is not a thin layer, but extends infinitely outward, will there still be an explosion?"

"So there are two important points. One is that the strong annihilation force field has reached the upper limit of carrying energy, which can be understood as 'causing the accumulation of zero-state energy'; the other is that the regular mass point enters the strong annihilation force field and the internal structure becomes unstable. .”

"Based on the above two situations, only when a very small number of particles reach the upper limit of structural stability will they be annihilated..."

Ding Zhiqiang asked Wang Hao, "When there was an explosion, it should have been a very small amount of particles, right?"

Wang Hao nodded, "Of course."

"So, zero-state energy can explain the problem of mass point annihilation." Ding Zhiqiang ignored Paul and turned to look at Wang Hao.

Wang Hao took a deep breath and clapped his hands at the right time, his face full of admiration and relief, "That's great!"

Others followed suit and clapped.

Paul Phil-Jones clapped his hands symbolically a few times, feeling very depressed. He finally had a chance to talk about Wang Hao, but why was he dismissed by Ding Zhiqiang?

Ding Zhiqiang...

This guy really protects his teacher!

His explanation does make sense.

Paul stared hard at Ding Zhiqiang and couldn't help but think, "Should I also accept a few students? How many students like Ding Zhiqiang will help me debate with Wang Hao in the future?"