Chapter 867 New Achievements of CRHPC, Further Verification of the Theory of Strong Electricity Unification

Just when Chang Huaxiang was trying to trick his old friend into inviting him to Xinghai Research Institute to work on the technology development of the ‘new aerospace engine’.

On the other side, Xu Chuan had already boarded the high-speed train to Xingcheng.

There were new collision results at the CRHPC circular particle collider.

Of course, the new research results are actually based on the experimental phenomena predicted by the strong-electric unified theory.

The predicted data of the coupling constant of strong-electric symmetry breaking is the core of the strong-electric unified theory, but not the only one.

There are several other key predictions in the strong-electric unified theory.

And this time, the CRHPC organization verified one of them, and it was a relatively key one.

Xu Chuan went there to organize the acceptance report meeting.

This is the responsibility of CRHPC and his obligation.

Although he did not participate in the verification of other predicted constants after completing the verification of the coupling constant prediction data of strong-electric symmetry breaking,

But the strong-electric unified theory is his achievement and his most important achievement in the field of physics. He has the responsibility and obligation to ensure that there are no problems with other verification data.

Xingcheng, Taohualing.

When the CRHPC circular super particle collider project was landed and officially started construction, the maglev line from Huanghua Airport and the South High-speed Railway Station to Taohualing was also built simultaneously.

A large scientific research base, especially an international scientific research institution facing the global academic community, has a huge impact on the local city.

Whether it is economic development, scientific research talents, R&D resources, technological innovation, etc., it can greatly promote all aspects.

Just as the collider was located in Xingcheng, in just over two years, the academic atmosphere of this city has improved more than a little compared to before.

For example, the National University of Defense Technology, Zhongnan University, Xiangnan University and other schools in Xiangnan.

The original trump card majors were computer, information, metallurgy, mining, materials, medicine and other disciplines. In the past two years, with the construction of CRHPC in Xingcheng, the status of physics majors in these schools has been rapidly improved.

Not only because students majoring in physics have a place to go after graduation, but also because after the CRHPC institution settled in Xingcheng, physics experts from all over the world have done research here.

Taohualing, CRHPC headquarters.

Tai Xuewen and Lin Feng, who had already received the news, were waiting in the lobby of the headquarters building.

The electric glass door slowly opened, and Xu Chuan walked in with a backpack slung over his shoulder, and saw the two of them at a glance.

"Academician Xu, long time no see." Seeing Xu Chuan walk in, Tai Xuewen quickly stood up and greeted him with a smile.

"Director Tai." Xu Chuan greeted him with a smile and said, "Thank you for your help with CRHPC."

He is nominally the leader of the CRHPC organization, and he is also the chairman of the CRHPC Council.

However, apart from applying for this project from above, and some R&D work, such as dark matter detectors and some key work, he has basically not managed it.

Daily management, allocation of collision resources, and other aspects of work are basically handled by Tai Xuewen.

Tai Xuewen smiled and said, "That's too polite. What trouble is it? If you didn't trust me, I wouldn't have this opportunity."

"I'm tired from the journey. Let's go up first."

There's nothing wrong with what he said. If Xu Chuan didn't trust him, he wouldn't have been the candidate to manage the CRHPC organization.

Although he used to be China's representative on the board of directors at CERN, there are many people eyeing his position for a large-scale international scientific research project.

On the side, Lin Feng came up with a smile and gave a thumbs up: "Junior brother, you're amazing. You can even handle room-temperature superconducting materials!"

Xu Chuan smiled and said hello: "Senior Brother Lin, long time no see."

If Tai Xuewen is the person selected by the official to replace him in managing the CRHPC organization, then Lin Feng is the representative of the individual.

The two have a deep connection. Not only was Chen Zhengping their mentor at Nanjing University, but Edward Witten was also their mentor when they studied abroad at Princeton.

Even to some extent, Lin Feng’s current wife ‘Nannali Kessler’ was found by Xu Chuan.

After all, she was a member of the team that solved the mystery of the proton radius. Without this opportunity, the probability of them meeting and getting to know each other at CERN is really small.

Qian District, Huaguo is in the office of the CRHPC headquarters building.

Director Tai Xuewen’s secretary brewed a pot of tea and closed the door and left.

“I haven’t seen you for a few months. I thought you were going to work on aerospace. I didn’t expect that you would do such a shocking thing in the field of materials.”

Holding the porcelain cup, Tai Xuewen took a sip of tea and said with emotion.

The news of room-temperature superconducting materials may have ended a lot outside the academic community, but within the academic community, it is still the subject of discussion for everyone.

Especially this time, the room-temperature superconducting material was released by the person in front of him, and the sensation it caused was completely incomparable to the previous times.

As for the Large Hadron Collider, it can be said that more than two-thirds of its structure is built of superconducting materials. It is closely related to superconducting materials, so he naturally would not miss the related news.

Xu Chuan smiled and said, "There are still big flaws, and it needs to be optimized later."

Tai Xuewen shook his head and said with a smile, "Only you would think so. Room temperature superconductivity under three standard atmospheres. If it were someone else, who would want to continue to optimize it? Isn't it all about industrialization and making money as soon as possible?"

Xu Chuan smiled and said, "Money must be made, and optimization must continue. I hope that the real room temperature superconducting material can be completed as soon as possible."

Tai Xuewen nodded and said with a smile, "Speaking of which, can the room temperature superconducting material developed this time be used to upgrade the circular strong collider? ? "

Xu Chuan: "In theory, it is possible. The critical current and critical magnetic field of copper oxide-based chromium-silver system room-temperature superconducting materials can be increased to a certain extent by increasing the pressure. These are relatively easy to solve. "

"However, it is not known how long it will take for the industrialization and mass production of room-temperature superconductors. So even if it can be used for upgrading, the collider will probably be ranked at the back."

The CRHPC Circular Particle Collider itself uses optimized high-temperature copper-carbon-silver composite superconducting materials, and the critical magnetic field coefficient is quite high.

It is currently the world's number one collider in terms of energy level, which is sufficient for the current physics community and there is no need to upgrade it for the time being.

And even if room-temperature superconducting materials are industrialized, the first batch of supplies will not be available for colliders.

Military industry and cutting-edge laboratory technology all require a large amount of room-temperature superconducting materials.

Tai Xuewen smiled and nodded, saying, "Of course, upgrading is a matter of the future. CRHPC has only been built for a short time, and the collision performance is sufficient. Ask in advance, there is no rush."

After chatting about other things for a while, Xu Chuan looked at Tai Xuewen and asked, "How is the report on the mass of high-quality particles and the strength of weak-electromagnetic-strong coupling arranged?"

The prediction of the mass of high-quality particles and the strength of weak-electromagnetic-strong coupling is the new research result of the CRHPC institution this time.

It is one of the more important constants predicted by the strong-electromagnetic unified theory, and was jointly produced by the Institute of High Energy Physics of the Chinese Academy of Sciences and the Fermilab in the United States.

In the field of high-energy physics research, it is not uncommon for Chinese research institutes to cooperate with research institutes in other countries.

As early as CERN, almost all major universities in China had partners in Western countries.

For example, the four-quark particle was discovered by the University of Iowa, Shuimu University, and Nanjing Normal University.

In this era of mutual competition, the promotion of cooperation in this area is partly because the results of the high-energy physics community are not as sensitive as those of other physics fields.

All the results are public, and it is difficult to turn them into application results in a short period of time.

On the other hand, there is the problem of collision resources.

Before, the world's only large particle collider was in Geneva, Europe, controlled by the European Union and other Western countries.

If China wants to participate in CERN institutions to conduct experiments and research, the easiest way is undoubtedly to find a Western research institute laboratory or university to cooperate.

Let's study together, I will help you save some money, you will bring me a quota, and we will jointly sign the results after they are made.

Now, the situation is completely reversed.

Now China has mastered the strong particle collider with the highest collision energy level. If other countries want to get a piece of the pie, the best way is to find a Chinese research institute laboratory or university to cooperate with, just like China did before.

In the meantime, what these laboratories, institutes and universities can earn depends on their own abilities.

But overall, in the current high-energy physics community, China is in control of the overall situation and is leading the way forward.

This is also what the above and Xu Chuan want to see.

Take it slow, and gradually bring physicists from other countries to China to do research and cultivate domestic physics talents.

So far, everything is going quite smoothly.

Across the sofa, Director Tai Xuewen said: "The acceptance report on the mass of high-quality particles and the strength of weak-electromagnetic-strong coupling will be held in the 'Central Palace' conference hall in two days. Relevant preparations are underway. We have invited top physicists such as Edward Witten, Pierre Deligne, and Frank Wilczek to serve as members of the review team."

"In addition, an additional 1,000 academic exchange places will be opened to the outside world, and you can participate in the acceptance report meeting together."

For the high-energy physics community, an acceptance report meeting cannot be like other academic reports, such as the report when Xu Chuan publicly announced the theory of strong-electromagnetic unification, facing scholars from all over the world.

To be honest, an additional 1,000 academic exchange places are already quite a large number.

If the scholars within CRHPC who are interested in this acceptance report meeting are counted, the number may exceed 2,000.

Xu Chuan nodded and said, "That's enough. After this, the strong-electromagnetic unification theory can be officially published."

He didn't plan to fully verify all the predictions of the strong-electromagnetic unification theory before publishing it in a journal, but now it's almost done.

The most core coupling prediction constant of strong-electromagnetic symmetry breaking and another more important result of high-mass particle mass and weak-electromagnetic-strong coupling strength have been verified, and most of the theories of the strong-electromagnetic unification theory have been confirmed.

Even if there may be some unexpected situations in the future, there will be no need to withdraw the paper, at most it will be modified.

Hearing this, Senior Brother Lin Feng on the side asked curiously: "Is your journal ready?"

Tai Xuewen also looked over, a little curious.

A few months ago, this person publicly announced that he would establish an academic journal, but the news has been released for several months, and there has been no movement. The academic community has almost forgotten about it.

Xu Chuan smiled and nodded, saying: "Well, although the process is a bit troublesome, it has been completed. The relevant websites, distribution channels in various countries, review and editing, etc. have been completed."

To be honest, it is still a very troublesome thing to lay out these things in various countries and let all countries see the journal he founded.

If someone else founded a journal, there would probably be no such trouble.

But this journal was established by him, and this process consumed a lot of manpower, material resources and energy of Nanjing University.

Although it is unknown whether it can be done, most Western countries are not happy to see a Chinese journal with a strong voice in the field of basic disciplines suddenly emerge.

Especially because this journal is under his name.

Tai Xuewen smiled and picked up the teacup, using tea instead of wine to speak: "Then congratulate Academician Xu in advance, and wish that "Exploration" will become famous and become a new benchmark in the academic circles of China."

Xu Chuan smiled and picked up the porcelain cup, gestured, took a sip of tea, and said with a smile: "Thank you."

He doesn't care much about other aspects, but he still pays more attention to academic journals.

On the side, Lin Feng smacked his lips and said with some envy: "A new journal, the first paper submitted for the first time is the top achievement in the field of physics, this is too fierce."

"I don't know if I will be on your journal once in my lifetime. The main issue of "Exploration" is definitely out of the question, and I don't know if there is a chance for the branch issue."

The "Exploration" journal is divided into two parts: the main issue and the sub-issue. The main issue does not distinguish between types, that is, the main issue will include the fields that the sub-issue will include, but the premise is that the influence is sufficient.

According to the requirements of this junior brother in front of him, the inclusion standards of the main issue are probably basically starting from world-class problems.

The standard for the sub-issues is not low either, because Xu Chuan said before that he prepared according to the two magazines "Nature" and "Science".

Lin Feng felt that he would never be able to be published in the main issue in his lifetime, and he would be satisfied if he could be published in the sub-issue of "Exploration".

After all, magazines of the level of "Nature" and "Science" are not something you can publish just because you want to.

PS: The name of the journal was changed from the original "Hope" to "Exploration".

I feel that the meaning of "Exploration" is more in line with the protagonist's research on basic science, after all, science is derived from exploration.

In addition: Therefore, I would like to express my apologies for the reading disturbance caused to all the readers. I'm sorry, I didn't think it through at the beginning, and I will revise the previous article.