Chapter 302 Sending inspiration from thousands of miles away, Wang Hao: Laurel is such a good person
Ah!
Regarding the upcoming anti-gravity international conference, Wang Hao explained a lot to He Yi, and later found Xiang Qiansheng to explain it seriously together.
He Yi and Xiang Qiansheng are the main representatives of the Antigravity Behavior Research Center. They went to Jinkai City to participate in the preparations for the meeting one week before the meeting.
After that, Wang Hao no longer paid attention to the issue of research on strong annihilation force.
He went to the SMES technology experimental base and worked with others on the main body design of the SMES battery.
Compared with the research on strong annihilation force, which can only be said to be theoretical, SMES batteries are a real applied technology, which is of course very important when it comes to the manufacturing of anti-gravity aircraft.
The SMES technology they currently possess can only be said to be on par with the international level. In some places it is better than American's team, and in other places it may be worse.
But as long as SMES batteries can be developed, the SMES technology mastered can be said to be the first in the world, and can even surpass the international level for several years or more than ten years.
Under the leadership of Wang Hao, the SMES technical team completed the SMES battery theme design framework and determined the main technical research directions.
Compared with large-scale SMES energy storage devices, SMES batteries must be as small as possible, and the design is naturally completely different.
At the meeting, Liang Jingye summarized on behalf of Wang Hao, "The first is to reserve refrigeration conduits, and the coolant can be placed outside the battery."
This design is similar to a civilian car engine.
The fuel used by the engine is placed in the car's fuel tank, and the refrigerant consumed during the operation of the SMES battery is also placed outside the battery.
"In addition, we need to integrate electronic systems, data monitoring systems and automated control systems."
"Compared with SMES energy storage devices, we need to integrate status monitoring, quench protection, including power regulation and other functions, and control them with one system."
"Third, we must continue to design new energy storage coils to improve the energy storage efficiency of the coils, while also ensuring balance and safety issues."
Liang Jingye mentioned three issues. The last two points must be solved, and they are still very difficult issues.
After the summary meeting, Wang Hao began to explain his work.
In SMES battery design, many systems must be integrated together, and many technical groups must form one large group.
He directly designated several main persons in charge, including deputy director Liu Mingkun, electronic technology expert Professor Yuan Fugui, electromagnetic expert Zhou Guisheng, computer expert Huang Wen and others, who were respectively responsible for the design research in the two main technical directions.
Liang Jingye serves as Wang Hao's assistant, and her work content is relatively free.
End of the meeting.
Liang Jingye and Wang Hao went to the office together. She helped make a cup of coffee and asked, "Academician Wang, how long do you think it will take for us to solve these two problems?"
She is very knowledgeable about research and understands the technical difficulties in both directions.
If Liang Jingye looks at it, it is not easy to solve every problem, and the time it takes can even be calculated in years.
Wang Hao took a sip of coffee and commented jokingly, "Xiao Liang, your coffee making skills are really good, better than mine."
Liang Jingye didn't know how to answer the question and smiled shyly.
Wang Hao continued, "Don't worry, the main technical difficulties are one in design and one in manufacturing."
"If we just talk about design, a few months will be enough."
"The most important thing when doing research is to find the right direction. As long as the problem can be solved, then you will definitely be able to find a solution."
Wang Hao said very confidently.
Liang Jingye stared into his eyes, feeling slightly dazed.
How many months?
"How is that possible!" She said directly in surprise, realizing the problem and hurriedly covering her mouth with her hands.
Wang Hao laughed.
Liang Jingye is indeed an excellent female researcher, but her external performance always seems a bit straightforward. To put it simply, she can't hold back her words and speaks out her thoughts directly.
Wang Hao appreciates this very much. Doing research is not about intrigues, and a deep personality is not liked by others.
He smiled and said, "No matter what, you still have to have confidence."
Liang Jingye shook her head and said, "It's not that I don't believe it, but a few months... is too short."
In fact, she is still a little dissatisfied with the work assignment. She hopes to do front-line technical work.
For example, she led the technical team to solve a certain problem, but she was not able to continue to serve as the technical team leader.
Liang Jingye blinked and said, "How about this, Academician Wang, let's make a bet?"
"Bet?" Wang Hao was a little curious.
Liang Jingye said, "In this case, you said it can be completed in a few months. A few months, it means half a year. If we fail to conquer the new energy storage coil technology, then let me work in the technical team."
She added, "In Teacher Pan's team, I am specifically responsible for the energy storage coil part."
Wang Hao became interested and asked, "What if it is completed?"
"Finish?"
Liang Jingye was stunned. She hesitated for a long time and didn't know what to bet on, so she simply said, "Academician Wang, tell me, if it can be completed, I will do anything!"
Wang Hao looked Liang Jingye up and down, raised his eyebrows and asked, "Really?"
Liang Jingye didn't know what she thought of, her cheeks turned red immediately, but she nodded and affirmed, "Of course, I will do what I say."
Wang Hao smiled and said, "Then I will remember it."
…
One week later.
Wang Hao went to the conference center in Jinkai City to attend the International Antigravity Conference.
The Antigravity Properties Center is one of the organizers of the conference, but in fact, they are just in name. The conference is mainly hosted by the Academy of Sciences and the Condensed Matter Physics Research Center, and most of the participants are officials rather than scholars.
He Yi, Xiang Qiansheng and others arrived at the conference center in advance. They only participated in a few small internal meetings to help convey Wang Hao's request, and participated in some incidental work.
Wang Hao arrived at the venue where the conference was held, and the first person he saw was Lin Wenji’s team.
Lin Wenji came here on his own initiative. He asked about the issue of announcing the new findings of the experiment together, "Are we going to announce it in the meeting report?"
"I thought so."
Wang Hao confirmed, "The process of the meeting starts with making a research report. On the afternoon of the first day, we will announce the new findings together. At that time, there will be minutes of the meeting and the information will be made public."
Lin Wenji was relieved now.
Next, he talked about the research problem with Wang Hao. Wang Hao said with certainty, "We have done a lot of research on the superimposed gravity edge field and already have a basic theory."
"The next step is to do a lot of experimental supplementary research."
"That's why I initiated an international conference. This direction is very important for the study of strong annihilation forces."
"And, to be sure, completely new physics."
Wang Hao said a lot of things in succession, and Lin Wenji couldn't help but participate in the subsequent experiments.
His purpose is to allow more teams to participate in the experiment.
When more and more complete data are available, some rules can be summarized based on the data to complete research related to strong annihilation force.
Wanting to gain support from more teams cannot be achieved by proposing ‘new physics’. The purpose of doing scientific research is, to put it bluntly, to achieve results.
Whether it is theoretical research or technical research, the main purpose is to achieve results, preferably big results that will affect the world.
This is the most basic pursuit of scientists.
This is especially true for various international anti-gravity experimental teams.
It can be said that various anti-gravity teams have no shortage of funds. They are doing cutting-edge research and all conduct experiments with the support of large institutions or countries.
So what they need is results.
As long as we can grasp this, there will be no problem in persuading more teams to join the research.
…
Philip Rohrer came to Tianjin Market two days in advance.
He came only one day later than Wang Hao.
After the news of this meeting, he has been thinking about how to gain support from other teams.
In fact, he also supports the purpose of the meeting. Many teams are doing the same research together and sharing relevant data with each other, which will definitely promote research.
But Philip hopes to take the lead in the follow-up.
For example, if you establish an international organization for anti-gravity research, you must control the management rights of the organization so that it can more easily occupy a dominant position in the future.
In Philip Rohrer's view, Wang Hao initiated the International Conference on Antigravity and determined to disclose new discoveries at the edge of superimposed gravity, with the same purpose of occupying a dominant position in future joint research.
They must strike first.
After Philip arrived, the first thing he did was to contact other anti-gravity experiment teams. Communication with each other was only secondary. His purpose was to gain support from other teams.
This is not easy for Philip either.
Some anti-gravity teams only represent academic institutions. Academic institutions are not countries, and even for the country, interests are the most important.
There is definitely no problem for him to gain verbal support, but if he wants to gain real support, he must balance the interests of all parties.
However, in terms of anti-gravity research, it is difficult for him to bring any benefits to other teams. Should he contribute his own team's research results?
That is of course impossible.
Philip's greatest confidence is their new discovery in the anti-gravity experiment.
The discovery that high magnetic fields cause a directional shift in the antigravity field will definitely attract huge attention if it is made public. It will also let other teams know their strength and establish their positioning in antigravity-related research fields.
…
In fact, Wang Hao never thought about establishing an international anti-gravity association or taking the lead in research.
Maybe some officials will have related ideas, but Wang Hao feels that it is simply impossible, because anti-gravity-related research really has top-notch results, and many of them involve confidentiality.
For example, regarding the issue of anti-gravity field strength, it is impossible for every team to disclose its own experimental design for improving field strength.
In a certain direction of antigravity research, in order to achieve higher results, various teams can work together and each is responsible for a part of the work.
This is already the limit.
Soon it was time for the meeting, and there were already many people in the venue in the morning.
There are a total of eighteen anti-gravity experiment teams participating in the conference this time, as well as some scholars and officials from annihilation theory and other fields, totaling nearly two hundred people.
Although there were only two hundred people participating in the meeting, considering that each of them was a heavyweight and basically a top physicist, the meeting was quite remarkable.
The morning started with a simple opening ceremony, where the organizer of the conference and the invitees gave speeches. Wang Hao is an expert in annihilation theory and a heavyweight in anti-gravity research. He is also the initiator of the conference, so he naturally also gave a speech.
There was nothing much to say in his speech. It was all official language read out from a prepared script.
Then we get to the main content, which is when representatives from each team come on stage to do research and work reports.
This is a platform to show strength.
The anti-gravity research circle is so big, with more than 80% of the top people gathered in the venue, and it is also important to show your strength in front of your peers.
One by one, team representatives came to the stage to explain the research results.
Some of the developments are eye-catching, including research on the behavior of the antigravity region, the relationship between superconducting materials and antigravity field strength, and the range control of the antigravity region.
etc.
Wang Hao was surprised when he heard some of the results.
The research on anti-gravity is a brand new field, and the new field is naturally very exploratory. Many studies are unimaginable, and communicating together can also expand your horizons.
In the morning, the last person to take the stage was Philip Rohrer. He came on stage with a smile and announced the explosive news, "We have made a new discovery in anti-gravity experimental research."
"This discovery is quite astonishing."
"We placed the anti-gravity equipment in a high-rise area. Through certain technology and design, we found that under certain special circumstances, high magnetic fields will cause a directional deviation of the anti-gravity field!"
When this news was made public, the venue immediately went into a state of excitement.
Many people couldn't help but discuss on the spot, "Will a high magnetic field cause a directional shift in the antigravity field?"
"Orientation? It should be to determine the offset direction, right?"
"We have also done experiments on high magnetic fields, but we haven't found anything at all..."
"Didn't you hear what Laurel said? It's under special circumstances."
"This is a brand-new discovery, and it may represent brand-new technology and physics. Of course he will not make it public!"
"What does this mean?"
"..."
Seeing the heated discussion in the audience, Philip Rohrer raised the corners of his mouth proudly. He knew that after the discovery was made public, it would arouse huge heated discussions.
All teams will be interested in this new discovery.
However, he will certainly not disclose the details of the experiment.
That involves confidentiality issues.
Unless other anti-gravity teams confirm that they will lead the research and sign a confidentiality agreement for cooperation, it is impossible to disclose any information.
Now it just means that there are new discoveries, which shows the strong strength of the experimental team.
This is the purpose.
Wang Hao, sitting in the first row, was also very surprised when he heard what Philip said.
Such a major discovery is no less important than the magnetization effect of the edge of the superimposed force field on matter.
At the same time, system prompts also appeared for newly created tasks.
[Task 4, inspiration value +7.]
【Task 4】
[Research project name: Creating a strong annihilation force field (difficulty: S+).]
[Inspiration value: 27.]
The improvement of the system's inspiration value also represents the improvement of the thinking and ideas in the brain.
Wang Hao also figured out the 'problem of the weak edge effect of the superimposed force field', and couldn't help but sigh from the bottom of his heart, "Professor Laurel, you are really a good person!"