From University Lecturer to Chief Academician

"Research is complicated..."

"The manufacture, correction, and perfection of the device will be a very long process..."

"I'm old, I can't hold on until then."

Tang Jianjun's full of emotion made Wang Hao think of an "idiom" - Lian Po died of old age. He thought about it carefully and couldn't help laughing, then closed his mouth and pretended nothing happened.

"It's really hard!"

He frowned and said, "Academician Tang, I will stay here to participate in the assembly of the core device for a while."

"I hope it can be completed as soon as possible!"

After Wang Hao finished speaking, he stopped mentioning it, but continued to walk forward to check the construction of the internal facilities. He also didn't want to talk about the "time issue" with Tang Jianjun.

The old man is always stubborn.

He has long said that the research will not take too long, but many people still insist that it is unlikely to be completed within five or ten years.

Everything still speaks with facts.

The design of the nuclear fusion device is already perfect. As long as the construction is carried out strictly according to the design content, there will be no major problems. If there are no major problems, the commissioning will not take too long. design carried out'.

Wang Hao decided to sit in the engineering team himself. He communicated with other people and knew that the construction of the core device would take two to three months to complete.

Most of the materials, components, and equipment have already been delivered, and the installation does not take too long. There is still a part of the time for the reinforcement of the periphery to prevent any accidents from happening in the experiment. After all, the deuterium-deuterium fusion reaction is going on inside. Questions can explode.

The engineering team must consider the 'worst possibility' to carry out the construction of the outer facilities.

"It's right to be safe."

In the internal meeting room, Wang Hao said, "However, don't worry, under normal circumstances, it is unlikely that an impact explosion will occur. Even if the internal field force is not activated, the magnetic field restraint is also not activated, because the reaction is directional, and at most it will be burned. Compression-resistant materials and equipment for the outer layer."

He continued to emphasize the construction issue, "The next construction of the main device must be installed in strict accordance with the design."

“I emphasize this because in my work, I see that some groups have problems and may rely on imaginary alternatives to solve them.”

"Now I want to emphasize that this is not allowed. No matter what kind of problem you encounter, as long as it does not match the design, even if there is only a small deviation, you must report it."

"Also, all parts of the device must be photographed before installation, and records will be kept so that we can check if there are any problems later..."

Wang Hao talked about the assembly work of the main device.

What he emphasized was that there should be no deviation from the design, because there is no problem with the design itself, as long as the assembly and manufacturing are carried out according to the content of the design, there will be no major problems.

Wang Hao didn't just emphasize work. He stayed at the engineering base every day, watched the installation of important parts with his own eyes, and pointed out any problems immediately.

At the same time, he participated in the debugging and testing of some equipment, and communicated with relevant agencies, etc.

When these tasks are done, it is a bit of a posture that is bound to be done by yourself.

After Tang Jianjun heard the news, he also approached Wang Hao and talked about his experience in leading a team to do engineering projects, "Academician Wang, you are the general manager, and you handle the overall work, and you don't need to participate in the front-line construction."

Wang Hao shook his head and said, "The construction of the main device is the most important thing. I have to see it with my own eyes before I can rest assured that there will be no problems."

"this……"

Tang Jianjun felt that he couldn't be persuaded, so he didn't say any more.

But he still felt that it was meaningless for Wang Hao to stay at the construction site, because even if there were problems in many places, it would not be obvious.

Wang Hao doesn't care what Tang Jianjun thinks, he participates in the construction of the main device, and constantly discusses with other people during the process, so he can find problems in time.

After the problem is discovered, it can be corrected in time.

this is very important.

The internal structure of the nuclear fusion reaction device is too complicated. A small problem will become a big problem when the device is turned on. Some problems cannot be solved from the outside. It is very likely that the device must be disassembled to be repaired. Well, it's better to have none.

that's all……

The nuclear fusion device is built and assembled little by little, and the project is constantly moving forward.

In the process of working on the construction base of the nuclear fusion project, Wang Hao will also take time to pay attention to other research, including the annihilation force field experiment, the progress of Shen Huiming's team, and so on.

Of course, a few students' research is also indispensable.

The research conducted by Helen and Paul Phil-Jones did not make much progress, they just did some mathematical analysis work.

This is somewhat regrettable.

In fact, Wang Hao is looking forward to the progress of Helen's research, because her research is very important for theoretical construction.

Now Helen's research focuses on 'Using the concept of mass points to construct photon cores and particle cores', the research covers a very wide range, just the basics include high-order particle functions, photon structures, strong annihilation forces, and quantum physics content.

Research requires a lot of imagination, and its content can open up the channel from mass points to particles.

Before Wang Hao demonstrated the mass point, he created the most important function "higher-order particle function", and also proved the Riemann conjecture by the way.

The influence of this research is very great, but what is regarded by the academic community is to prove the Riemann conjecture and the "prime number law" behind the high-order particle function.

The demonstration of the quality point direction of the research has not made much progress, and only the mathematical basis for the existence of the quality point has been shaped.

Now, the research of Helen and Paul is going to go further, to demonstrate that the mass points constitute the photon core, or even the particle core.

In other words, it is just the point of mass to ‘construct the core of energy and the mass’.

"Your research must have a mathematical basis to support the content, otherwise it will be difficult to proceed." Wang Hao said in an email to Helen.

The other is the research of Chen Mengmeng and Ding Zhiqiang.

The research of Chen Mengmeng and Ding Zhiqiang has found a direction, and the research can be said to be smooth all the way. They have completed the parity non-conservation argument based on "energy prime number", and then connected the absolute zero problem with particle tremor and motion. .

The research gives a clear explanation for the argument of parity violation.

The parity non-conservation is just the problem of the asymmetry of the mirror surface of the particle.

The description of their research on the particle boundary is that 'there are many prime number energy exchange points, and they are constantly colliding with energy prime numbers for random exchange', 'random exchange' will naturally have great uncertainty, plus the particle boundary Without 'symmetry', naturally there will be no mirror symmetric characteristics.

It is precisely because of the constant exchange between the particle boundary and the energy of the prime number that there will be the problem of particle tremor.

In the research, there are also some "extreme" beliefs that the energy exchange of prime numbers may be related to the "disordered movement of particles", because the basis for the demonstration is seriously insufficient, and it is also discussed in the description information for a short period.

Wang Hao is still very responsible.

During the research process of Chen Mengmeng and Ding Zhiqiang, he gave several small opinions and helped them review the content to find some small mistakes.

The content of the thesis was then fixed.

Chen Mengmeng and Ding Zhiqiang discussed it and decided to submit it to "Annihilation Physics and Theory", which has already had a great influence in the world.

...

The review speed of "Annihilation Physics and Theory" is far from fast, because they receive too many papers every day.

In the fields of mathematics and physics in China, many scholars will submit papers.

Papers from the Mason Mathematical Sciences Laboratory are naturally treated differently. The manuscript was noticed by the editorial department immediately. After seeing the names of the two authors of the paper, the editor directly approved the review. What editorial department review? Manuscripts and peer review are completely unnecessary.

Wang Hao's genius student, the Nobel Prize winner in physics, still need to review the thesis?

The editorial department immediately called the Mason Lab, and the question was, "Do the papers submitted by Professor Chen Mengmeng and Professor Ding Zhiqiang need to be published directly on the website?"

"When will it be published?"

"Follow the next issue? Of course, of course..."

soon.

Chen Mengmeng and Ding Zhiqiang's research paper was officially released, and the name of the paper was "Energy Prime: Particle Boundary Theory".

As soon as the paper was released, it attracted the attention of the academic community.

When any research has just been published, whether it will receive attention is directly related to the author.

In the international physics community, Chen Mengmeng is very well-known, because she is a new winner of the Nobel Prize in Physics.

Ding Zhiqiang's reputation is not small, he participated in the research of higher-order particle functions, and incidentally proved the Riemann conjecture.

At the same time, Wang Hao publicly praised Ding Zhiqiang several times, which also made many people think of Ding Zhiqiang as "a gifted student valued by Wang Hao."

The research conducted by Chen Mengmeng and Ding Zhiqiang will naturally attract a lot of attention.

When scholars focused on the content of the thesis, many people were immediately attracted by the novel idea in it—energy prime number, just like Wang Hao’s first reaction when he heard the word, and other scholars were also full of admiration when they thought deeply. .

Now the annihilation theory has produced many research results, including the basic "Strong Annihilation Force", the further "Photon Architecture", and the hugely influential "Theory of Cosmic Expansion", etc.

Some theories are even completely irrelevant.

For example, "Photon Architecture" and "Theory of Cosmic Inflation" are studies on the two directions of annihilation theory microphysics and cosmology.

It is hard to say that the two studies are related, but they are both important contents of the annihilation theory.

Now there is "energy prime number", which can directly remind people of "Photon Architecture". The "two-point five-dimensional topology" of the photon architecture research center is composed of scattered single prime numbers, and can also be connected with other theories. .

"Energy priming" refers not only to "prime numbers", but also to "energy". The energy in the universe is directly related to everything.

The basis of "energy prime number" can combine a series of basic theories through "energy" and "prime number".

If you continue to think deeply, you can think of many physical theories, which can be analyzed by using the concept of energy prime number.

In comparison...

Using the basis of energy priming to analyze parity non-conservation, absolute zero and other issues seems to be just a research direction.

"Energy primed, this setting is simply too wonderful."

"We can link a lot of theories together in this way, at least in the field of annihilation theory, to achieve theoretical unification."

"Chen Mengmeng and Ding Zhiqiang, these two young physicists are really amazing!"

"Of course it's amazing..."

"A winner of the Nobel Prize in Physics, and a participant in the proof of Riemann's conjecture, their achievements have surpassed more than 99.9% of people..."

"..."

While "Energy Primer: Particle Boundary Theory" attracted the attention of the academic community, another theoretical physics research result also attracted a lot of attention and discussion.

That's a post on the pre-publishing website forum - "Beta elements and the non-existence of beta-elements".

The author's name is Ledley Parsons.

It is difficult to attract attention to the content of the pre-published website. After all, it has not been published in an official academic journal, and it is only posted on the Internet.

"Non-existence of β-elements and β-elements" has attracted a lot of attention, mainly because the author of the study is very controversial.

Ledley Parsons, the traitor of string theory, with the academic taint of suspected compilation of papers, the reputation in the academic field can be said to be negative.

However, negative fame is also fame.

Ledley Parsons has tens of thousands of fans on social networking sites, and there are professors from various top universities on the watch list.

After he finished his thesis, he did not submit a manuscript, but directly posted it on the pre-release website, and then posted the link on the social networking site, with a sentence saying, "The latest achievement! Imagination is just imagination after all, and human beings must face reality! "

The content of "Non-Existence of β-Element and β-Element" is to refute the content of "Elemental Change under Strong Annihilation Force Field" by mathematical analysis.

Ledley Parsons is really good.

There is no "direct error" in the mathematical content he released. The only problem that can be pointed out is only ambiguous mathematical logic, but it cannot be said to be completely wrong.

Many high-end research in mathematics will use the same logical method.

There is a certain conflict between these mathematical contents and the ‘mathematical structure of β-elements and β-elements’, and the paper concludes that ‘β-elements and β-elements do not exist’.

This inference method is feasible in the field of pure mathematics, because pure mathematics has very strict requirements for content.

However, theoretical physics is different.

Many of the mathematical content of theoretical physics are "in line with the expected definition", and the content requirements are naturally not so rigorous.

Many scholars pointed out the problem after reading the paper, and some even left a message saying, "Parsons, you are a clown, and you use mathematics to refute physics."

"Everyone knows what you're doing, and you know it yourself, but you still pretend not to know."

"What's the point of doing this research? It's not a proof of a certain mathematical conjecture, it's just a logical content of the structure. You use mathematics to refute the definition of the structure?"

"Are you just trying to attract attention?"

"..."