Chapter 487: The results of energy primeization are released. This setting is so wonderful!
"Research is complex..."
"The manufacturing, correction, and improvement of the device will be a very long process..."
"I'm already old and can't hold on until then."
Tang Jianjun's expression of emotion made Wang Hao think of an idiom - Lian Po dies of old age. He thought about it carefully and couldn't help laughing, then he closed his mouth and pretended that nothing happened.
"It's really hard!"
He twitched his lips and said, "Academician Tang, I will stay here for the next period of time to participate in the assembly of the core device."
"I hope it can be completed as soon as possible!"
After Wang Hao finished speaking, he stopped mentioning it and continued walking forward to check the construction status of the internal facilities. He didn't want to talk to Tang Jianjun about 'time issues'.
Old people are always very 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 is still based on facts.
The design of the nuclear fusion device has been perfected. As long as the construction is carried out strictly in accordance with the design content, there will be no major problems. If there are no major problems, debugging will not take too long, so the important thing is to 'build in strict accordance with the design content.
The design proceeds'.
Wang Hao decided to personally take charge of the engineering team. He communicated with others and learned that the construction of the core device would take two to three months to complete.
Most of the materials, components, and equipment have been transported, and the installation does not take too long. Part of the time is spent on strengthening the periphery to prevent any accidents from happening during the experiment. After all, the deuterium-deuterium fusion reaction is carried out internally.
The problem could cause an explosion.
The engineering team must consider the 'worst case scenario' when constructing outer facilities.
"It's the right thing to do to stay safe."
In the internal conference room, Wang Hao said, "However, everyone can rest assured that under normal circumstances, a shock explosion is unlikely to occur. Even if the internal field force is not turned on, the magnetic field restraint is also not turned on, because the reaction is directional, and the most it will be burned is
Outer layer of compression-resistant materials and equipment.”
He continued to emphasize the construction issue, "The subsequent construction of the main device must be installed strictly in accordance with the design."
"I particularly emphasize this point because at work, I find that some groups encounter problems and may rely on imaginary alternatives to solve them."
"Now I would like to emphasize that this is not allowed. No matter what kind of problem you encounter, as long as it is inconsistent with 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 should be kept for future reference if problems arise..."
Wang Hao talked about the assembly work of the main device.
He emphasized 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 design content, there will be no major problems.
Wang Hao not only emphasized 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, communicated with relevant institutions, etc.
When doing these tasks, it feels like you have to do it yourself.
After Tang Jianjun heard the news, he specifically approached Wang Hao and talked about his experience in leading a team to do engineering projects, "Academician Wang, you are the general person in charge. You handle the overall work and do not need to participate in front-line construction."
Wang Hao shook his head and said, "The construction of the main device is the most important. I have to see it with my own eyes before I can rest assured to ensure that there will be no problems."
"this……"
Tang Jianjun felt a little unconvinced, so he said no 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 no matter what Tang Jianjun thinks, he participated in the construction of the main device and constantly discussed with other people during the process, so he was able to discover problems in time.
After problems are discovered, corrections can be made in time.
this is very important.
The internal structure of the nuclear fusion reactor is too complicated. A small problem will become a big problem when the equipment is turned on. Some problems cannot be solved from the outside. It is likely that the equipment must be disassembled to repair. Of course, the fewer similar problems, the better.
Well, it's best to have none.
that's all……
The nuclear fusion device is being built and assembled bit by bit, and the project is constantly moving forward.
While working on the nuclear fusion project construction base, 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, etc.
Of course, the research of several students is indispensable.
The research done by Helen and Paul Phil-Jones did not make particularly big progress. They just did some mathematical analysis work.
This is somewhat regrettable.
In fact, Wang Hao is very much looking forward to the progress of Helen's research, because her research is very important for theory construction.
Helen's current research focus is on 'using the mass point concept to construct photon cores and particle cores'. The research covers a very wide range. Just the basics include higher-order mass point functions, photon architecture, strong annihilation force and quantum physics.
content.
Research requires a lot of imagination, and its content can open up the channel from mass points to particles.
Wang Hao has previously demonstrated the mass point and created what is considered the most important function, the ‘higher-order mass point function’, and also proved the Riemann Hypothesis.
The influence of this research is very large, but what is favored by the academic community is the proof of the Riemann Hypothesis and the 'prime number law' behind higher-order particle functions.
The research on the direction of the mass point has not made much progress. It has only created the mathematical basis for the existence of the mass point.
Now Helen and Paul's research is preparing to go one step further and prove that mass points constitute the core of photons or even the core of particles.
In other words, it is the mass point that 'constructs the energy core and mass'.
"Your research must have mathematical basis to support the content, otherwise it will be difficult to proceed." Wang Hao said in an email to Helen.
This chapter is not over yet, please click on the next page to continue reading! 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. They have completed the parity non-conservation argument based on "energy priming", and subsequently connected the absolute zero problem with particle tremors and motion.
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Regarding the argument for parity non-conservation, the research gives a clear explanation.
Parity is not conserved, which is the problem of mirror asymmetry of particles.
The description of the particle boundary in their research is, "There are many prime energy exchange points, and they are constantly colliding with energy prime numbers to produce random exchanges." "Random exchange" will naturally have great uncertainty. In addition, the particle boundary
Without 'symmetry', there will naturally be no mirror symmetry.
It is precisely because the particle boundaries are constantly exchanging with prime energy that the particle tremor problem occurs.
There are also some "extreme" opinions in the research that the energy exchange of prime numbers may be related to the "disordered motion of particles". Because the basis of the argument is seriously insufficient, they are also discussed in a short paragraph in the description of the information.
Wang Hao is still very responsible.
During the research process of Chen Mengmeng and Ding Zhiqiang, he gave several small suggestions and helped them review the content and find several small errors.
The content of the paper was then fixed.
Chen Mengmeng and Ding Zhiqiang discussed it and decided to submit the manuscript to "Annihilation Physics and Theory" which has great influence in the world.
…
The review speed of "Annihilation Physics and Theory" is far from fast, because they receive too many manuscripts every day.
Many scholars in the fields of domestic mathematics and physics will submit manuscripts.
Papers from the Mason Mathematical Sciences Laboratory are naturally treated completely 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 it. Why did the editorial department review it?
There is no need for peer review at all.
Do the papers of Wang Hao’s genius student and Nobel Prize winner in Physics still need to be reviewed?
The editorial department immediately called the Mason Mathematics Laboratory and asked, "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.
The research paper of Chen Mengmeng and Ding Zhiqiang was officially released, and the name of the paper is "Energy Primerization: Particle Boundary Theory".
As soon as the paper was released, it attracted the attention of the academic community.
Whether any research will receive attention after it is published is directly related to the author.
In the international physics community, Chen Mengmeng is very famous because she is the new winner of the Nobel Prize in Physics.
Ding Zhiqiang is also very famous. He participated in the research of higher-order particle functions and incidentally proved the Riemann Hypothesis.
At the same time, Wang Hao publicly praised Ding Zhiqiang several times, which also made many people think of Ding Zhiqiang as "a genius student valued by Wang Hao."
The research conducted by Chen Mengmeng and Ding Zhiqiang will naturally receive a lot of attention.
When scholars paid attention to the content of the paper, many people were immediately attracted by the novel idea - energy priming, just like Wang Hao's first reaction when he heard the word. Other scholars thought deeply and were also full of admiration.
.
Now the annihilation theory has produced many research results, including the basic "Strong Annihilation Force", the further "Photon Framework" and the influential "Cosmic Inflation Theory", etc.
Some theories are even completely irrelevant.
For example, "Photon Framework" and "Cosmic Inflation Theory" are studies on the two directions of annihilation theory, microphysics and cosmology.
It is difficult to say that the two studies are related, but they are both important contents of annihilation theory.
Now that "energy priming" has appeared, it can directly remind people of "Photon Architecture". The "two-point five-dimensional topological structure" of the Photon Architecture Research Center is composed of scattered single prime numbers, and it can also be linked to other theories.
.
‘Energy prime’ 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 numbering' can combine a series of basic theories through 'energy' and 'prime numbers'.
If you continue to think deeply, you can think of many physical theories that can be analyzed using the concept of energy primeization.
In comparison...
Using the basis of energy priming to analyze problems such as parity non-conservation and absolute zero seems to be just a research direction.
"Energy is primed, this setting is simply wonderful."
"We can connect many theories together in this way, at least in the field of annihilation theory, and 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 person involved in proving the Riemann Hypothesis, their achievements have surpassed more than 99.9% of people..."
"..."
While "Energy Primerization: Particle Boundary Theory" attracted academic attention, another research result in theoretical physics also attracted a lot of attention and discussion.
That was a post on a pre-publication website forum - "The Non-Existence of Beta Elements and Beta-Elements".
The author's name is Ledley Parsons.
It is difficult to attract attention on pre-published website content. After all, it has not been published in a formal academic journal and has only been posted on the Internet.
"The Non-Existence of Beta Elements and Beta-Elements" has attracted a lot of attention, mainly because the author of the study is very controversial.
Ledley-Parsons, the traitor to string theory, carries the academic stain of suspected compilation of papers, and his reputation in the academic field can be said to be negative.
However, negative fame is also fame.
Ledley Parsons has more than 10,000 fans on social networking sites and professors from top universities on his follow list.
After he completed the paper, he did not submit it. Instead, he posted it directly to the pre-release website, and then posted the link on social networking sites. The accompanying sentence was, "Latest results! Imagination is just imagination after all, and humans must face reality!"
"
The content of "The Non-Existence of β-Elements and β-Elements" is to use mathematical analysis to refute the content of "Element Changes Under Strong Annihilation Force Field".
Ledley Parsons is indeed very capable.
There are no "direct errors" in the mathematical content he published. The only problem that can be pointed out is the ambiguous mathematical logic, but it cannot be said to be completely wrong.
Many high-end studies in mathematics 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 method of inference is feasible in the field of pure mathematics, because pure mathematics has very strict content requirements.
However, theoretical physics is different.
Many of the mathematical contents of theoretical physics are "in line with expected definitions", so the content requirements are naturally not so rigorous.
Many scholars pointed out problems after reading the paper, and some even left messages directly saying, "Parsons, you are a clown, you use mathematics to refute physics."
"Everyone knows what you are doing, and you know it yourself, but you still pretend not to know."
"What's the point of doing this research? This is not a proof of a mathematical conjecture, it's just a framework of logical content. Do you use mathematics to refute the definition framework?"