From University Lecturer to Chief Academician Chapter 174: Achievements first, funding later? Significant progress in Goldbach's conjecture
Chapter 174: Results first, then funds? Significant progress in Goldbach's conjecture
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Fan Qingxue talked about the research in the physics laboratory with Wu Hui with sighs. He watched the entire demonstration meeting and experimental process, and even the experimental summary meeting.
To this day, it’s still incredible to think about.
"They improved so much in one experiment, 0.9!"
"I don't understand why at all. They feel they are more professional than me, especially when it comes to theoretical arguments..."
"The experiment is less professional, but their research direction is definitely correct."
"At first I thought they had no chance, but now I feel..."
Fan Qingxue shook his head as he spoke. He completely overturned his judgment and believed that the Physics Laboratory had a better chance than the other two institutions. They only conducted one experiment and made so much progress.
If this progress can be maintained, the other two organizations can simply give up.
Wu Hui felt very surprised after hearing this, but said, "They can complete the replica communication gravity experiment, which is something other institutions have not done. It's normal to be more professional."
"It seems that the physics laboratory still has a chance."
Wu Hui is specifically responsible for following up on follow-up projects of exchange gravity experiments, and he knows more information.
The AC gravity field comparative research experiment is a competition between three superconducting research teams, and the evaluation of R&D results is also very easy. One is to look at the specific report.
What factors are related to the AC gravity field, and what is the specific correlation? The more detailed the report, the better the results will naturally be.
The other thing is to look at the intensity value of the AC gravity field, which can be directly compared.
2.52.6 is already a very high number.
Research and development has just begun now, and the experiments of the other two institutions have also improved, but they are basically around 2.
Wu Hui thought about it and said, "They are ahead by conducting an experiment now, but it's hard to say what the follow-up will be."
"I hope it can continue."
"The Key Laboratory of Superconductivity and the Center for Basic Science are two major superconducting institutions. It would be interesting if the physics laboratory could do better..."
Wu Hui smiled as he spoke.
Two major superconducting key institutions are doing the same research and development, but they can't catch up with a small laboratory?
It’s interesting to think about it!
Sokai University, Physics Laboratory.
Fan Qingxue thought the results of the experiment were very good, but Wang Hao was somewhat dissatisfied with the progress of the experiment.
The purpose of their experiments was to study and communicate factors related to gravitational fields and their specific correlations.
Although the intensity of the AC gravity field has increased significantly, there has not been much progress in eliminating factors. They have only eliminated some obviously irrelevant factors. The real progress is still in the mind and not reflected in the experiment.
Wang Hao believes that it would be better to use complex chemical molecules, that is, organic superconducting materials, to achieve AC gravity fields.
However, there are currently no conditions to conduct similar experiments, and they do not have superconducting materials such as organic molecules.
The next research mainly has three directions. One is to study the properties of various superconducting materials, that is, to see which part of the material has a better effect on the AC gravity field.
The second is big research, that is, the node layout method.
This research is a general direction and cannot be completed in a short time. The other two major institutions are unlikely to improve the node layout unless they can apply for a larger project.
Wang Hao still hopes to make some progress.
The third is to study the interaction between field forces, mainly whether there is a correlation between the AC gravity field and the magnetic field.
All three research directions require many experiments and many demonstrations to make definite progress and discoveries.
The good news is that the funds allocated by the province have arrived.
With certain financial support, experiments can be carried out continuously, and everyone in the physics laboratory is invested in research.
End of the year.
The laboratory gave everyone a ten-day holiday, which was only a few days during the Spring Festival. Wang Hao also went back home to spend the Spring Festival with his family, and returned to school on the fifth day of the new year.
He has a lot to do.
Research in the physics laboratory is of course the focus, and he hopes that the research project can be completed as soon as possible.
Everyone else is back too.
For example, He Yi and Xiao Xinyu, because they live in Xihai City, they even came to the laboratory on the Spring Festival day and regarded research as the most important thing.
The research work in the laboratory after the year will continue to cycle through the summary of demonstration experiments.
Experiment after experiment;
Summary again and again.
Everyone in the laboratory devoted themselves seriously, which made the research progress rapidly. Just two weeks after the beginning of the new semester, the laboratory completed the eighth experiment.
This is also the last experiment.
"The funds have almost been spent."
He Yi stood in the office and said to Wang Hao, "The school and the province only have so much funding. If you want to continue research, you have to wait for funding from the foundation."
"It should be soon, right?" Wang Hao asked.
"It's just these days." He Yi said, "But I feel that our research should be done, right?"
He was a little unsure.
This kind of research does not have a standard of 'can' or 'can't'. Because there are other institutions competing with each other, they want to do better, but it is difficult to say how good it should be.
Wang Hao thought about it and said, "I think it's okay. We have improved the four-node structure into an eight-node structure. This improvement cannot be completed by other laboratories."
"And we have already increased the intensity of the AC gravity field to 6.5. Even if we continue the experiment, it will be difficult to achieve a higher improvement."
The latter's AC gravity field value may be surpassed, but the former cannot be surpassed.
The four-node structure was improved to an eight-level point structure. The most important thing is that there is no theoretical support. They are improvements to the technology through demonstration.
The deep-seated purpose of research is to understand the theoretical mechanism of superconducting phenomena. Without the support of theoretical mechanisms, most technological improvements are just a matter of luck.
Therefore, it is already a remarkable achievement that they can improve the layout of superconducting materials, that is, pure technology.
Wang Hao thought about it carefully and said, "Speed is also very important. We can do it faster than other institutions, and we can't make any bigger breakthroughs in a short time, so there is no need to continue research."
"Let's do this, Professor He. You and Professor Xiao will summarize the research together and submit a results report to the Department of Mathematical and Physical Sciences. We will settle the project in advance."
"We will see the response from the Science Foundation. If the situation is good, we will apply for a general project."
"This time, we have to apply for a project worth at least tens of millions, or even over 100 million!"
Wang Hao said that he was very much looking forward to it. He already had ideas for big projects, or even two ideas.
One is the research on continuing to enhance the numerical value of the AC gravity field.
The other is to study the deep theoretical and physical mechanisms of superconductivity based on the AC gravity field.
Both of these are very important directions.
Wang Hao is more looking forward to the latter research, because only by understanding the deep-level mechanism can we develop technology based on theory. He also hopes to use this to continue his own research and construct the underlying mathematical system.
The former is a direct technical study, but the focus is on the value of the exchange of gravity fields, that is, the value of the anti-gravity effect, but it is almost impossible to increase this value to a very high number.
As long as it cannot increase very high numbers, it has no application value.
This kind of research is probably meaningless.
Wang Hao was sitting in the office taking notes and thinking over and over again when Wu Hui suddenly called.
He glanced at it, pressed the answer button, and heard the other person say, "Professor Wang, I have good news for you. The funding for your AC gravity field experiment has been determined."
"Fifty-three million, it is expected to be allocated next week."
"Well"
Wang Hao was stunned for a moment and nodded, "I understand."
"Aren't you happy?" Wu Hui was confused by Wang Hao's reaction. He thought Wang Hao would be very happy when he heard the news, but Wang Hao just said, 'I know'?
What does it mean?
Wang Hao hesitated. He didn't know whether to tell Wu Hui that they were ready to submit a results report?
Wu Hui did not get to the bottom of it and continued, "Let me tell you something. Xiang Qiansheng's team is making good progress in their research. They have increased the intensity of the AC gravity field to 3.3."
"It is said that we have prepared a summary report on the results, and are even preparing to submit an application for the next step of the project based on the results."
"How is the progress of your research?"
Wang Hao hesitated for a moment and then said, "You will know soon."
It is certainly good news that the Science Foundation has allocated funds, but the funds have been allocated a bit late. They have completed phased research, are preparing to submit reports, and are applying for next-step projects.
"So, the work efficiency of the Science Foundation is too low. For a confirmed project, it takes two or three months from review to funding allocation..."
Wang Hao was not only emotional about the physics laboratory project, but also about the approval of the Outstanding Youth Fund.
There is finally news about the Outstanding Youth Fund project.
The Science Foundation issued a project funding announcement, funding a total of 425 outstanding youth fund projects, including mathematics and management science, with a funding of 2.8 million.
The research project related to the NS equation that Wang Hao applied for is naturally also included in the announcement of funded projects.
This is good news.
Xihai University immediately issued a school announcement, congratulating Wang Hao for receiving the Outstanding Youth Project Funding.
This news has less impact than receiving funding for outstanding youth projects last year, because Wang Hao has already won the first prize in natural sciences. It is normal to receive funding for outstanding youth projects, and the order is even reversed.
Everyone's feeling is that they should first obtain funding and complete relevant research before they can win the award.
Having already won top awards, it seems to be a matter of course to receive R&D funding.
Of course, for Wang Hao, the additional funding of 2.8 million is still very good. At least he no longer has to worry about funding for mathematics-related research.
Years later, the good news continues.
This time it has nothing to do with Wang Hao, it is the research of NanoLab.
The high magnetic field microsphere screening project cooperated by NanoLab and Invasive Technology has achieved a major breakthrough. They improved the original method and finally achieved a screening accuracy of '0.1 micron'.
The project research has achieved its expected goals.
After the NanoVis laboratory completed the experiment, it also notified Trajectory Technology Company, and then everyone in the laboratory celebrated.
The celebration involves food and drink, but only on the third floor of the school cafeteria.
Wang Hao was also invited to participate in the celebration.
He was dragged by Xia Guobin to drink two drinks, but he strictly controlled not to get drunk. When he felt a little dizzy, he quickly found an excuse and left.
Wang Hao walked out of the restaurant and walked towards the laboratory.
"Wang Hao, wait for me."
Su Yingxue called out from behind, and Wang Hao stopped and waited for her to leave together. When they had dinner together just now, they didn't say a few words.
After not seeing each other for a while, the two walked around the campus talking.
Their initial topic was still on research in the NanoVis Laboratory, but it was obvious that Wang Hao was not interested in the topic.
Su Yingxue was not interested either.
They just find a topic to talk about.
Su Yingxue has her own little thoughts. Due to work reasons, she doesn't spend much time in Xihai. She only comes to take a look when she is concerned about research.
So she hasn't seen Wang Hao for a long time.
Su Yingxue had a good impression of Wang Hao from the beginning, but because the time they spent together was limited, she was more surprised by Wang Hao's rapid achievements.
Now that I see Wang Hao again, I feel a little irritated thinking that the cooperation with Navitas Lab is over and there will probably be less opportunities to meet him in the future. I don’t know why.
The two of them walked slowly together and reached the path behind the teaching building.
It was quiet.
Wang Hao didn't speak for a long time, and Su Yingxue didn't take the initiative to stir up the topic. They seemed to be enjoying the quiet atmosphere together.
Silence lasted for a long time.
Su Yingxue suddenly stopped, looked at Wang Hao with big eyes, and asked, "You have always been focused on work, have you ever thought about..."
"I'm asking..." She hesitated for a long time, then said, "Have you ever thought about having a girlfriend?"
"Well"
Wang Hao really hasn't thought about this question, but he directly answered 'no'. Isn't he too straight?
The answer is, yes, is it a lie?
Wang Hao and Su Yingxue looked at each other and were silent for a long time.
Su Yingxue burst out laughing and said, "I'm just asking you, is it so difficult to answer?"
She said with a sad voice, "If I go back this time, I don't know when I will come again. It may be difficult to have a chance to meet again."
"That's not true, is it?"
Wang Hao smiled and said, "What era are we in now? We are thousands of miles apart, but we can always see each other if we want to."
"Do you think about it?" Su Yingxue raised her head and asked.
Wang Hao was thinking about how to answer.
Su Yingxue stared at his face carefully, then suddenly stood up on tiptoes, moved her head over in a sneak attack, and lightly touched his cheek with her small mouth.
Then, his face turned red.
She ran away for a few steps, then looked back at Wang Hao, with a smile on her lips.
Immediately, he walked away briskly.
Wang Hao stared blankly at Su Yingxue's leaving figure, stretched out his hand to touch his cheek, couldn't help but smile and shook his head, then turned around and saw a small face.
He was startled and asked in surprise, "Helen?"
Helen frowned slightly and said with confusion, "I saw it just now, but why?"
Wang Hao thought for a moment and said, "She just asked me if I wanted to see her... Maybe she wanted to give me a memory? Or for herself?"
"That's not what I asked."
Helen and Wang Hao walked towards the laboratory together, saying, "I don't understand, what's the point of her doing that? If she also hopes to improve the family's genes, she should tell you directly, or take action, like what she did just now It’s of no use.”
Wang Hao stopped. He was shocked by Helen's thinking.
He thought for a long time before explaining, "Because... because humans have feelings, right?" He said helplessly, "Helen, can you stop thinking about improving genes all the time?"
"However, the ultimate goal of biological reproduction is to better adapt to the environment. It is very important to improve the genes of future generations." Helen said, "However, I understand what you mean. Human beings have emotions, and kissing is also a form of emotional expression. Way."
"I'm curious about what kind of impact this kind of emotional expression will have on hormones in the body? I don't seem to have seen any relevant research."
Wang Hao tugged at the corner of his mouth vigorously, and finally said, "...There should be, right?"
"I'm going to check the information!"
After Helen finished speaking, she entered the laboratory building energetically.
Wang Hao didn't want to do any research on the impact of kissing on human hormones, but Helen enjoyed it and searched for a lot of relevant information.
This also made Wang Hao start to worry.
He thought he should talk to Helen's life assistant, Janice, about this problem.
Because he was worried that Helen might come to him to conduct some real 'experimental research' because she wanted to know more deeply.
Wang Hao thought and quickly closed the office door.
soon.
There was a knock on the door.
"Who is it?" Wang Hao asked quickly.
A boy came from outside the door, "Teacher Wang, it's me, Qiu Hui'an!"
"call"
Wang Hao breathed a sigh of relief and let Qiu Hui'an in.
Qiu Hui'an came here to ask a question, and it was still a study of Legendre's conjecture.
His research had encountered a bottleneck before, but now he had a good idea, "Teacher Wang, I want to use analytical methods to cover Legendre's conjecture, but there is a problem in how to cover it."
Qiu Hui'an started talking.
His idea is to prove that within a certain interval, there must be more than one prime number, and then prove that the specified interval is included in the range from n squared to (n1) squared, which naturally proves that n squared to (n1) squared range, there must be at least one or more prime numbers.
However, in terms of the application method, Qiu Hui'an's foundation is still a little behind, and there are some things that he doesn't understand. I hope Wang Hao can help explain it.
When Qiu Hui'an explained his ideas carefully, Wang Hao listened patiently, and then a system prompt suddenly made his eyes light up.
Task two, inspiration value 17.
"Inspiration value 17?"
"It seems that Qiu Hui'an, this idea can probably prove Goldbach's conjecture!"
"What a good student!"
Wang Hao took a deep breath and looked at Qiu Hui'an with eyes that were both pleased and appreciative.
really!
Qiu Hui'an is the best student!
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