For two consecutive days, Wang Hao devoted himself wholeheartedly to the data analysis work of NanoVis Laboratory. He not only relied on course explanations to increase his inspiration value, but also included research on experimental data and reading some related materials.
He also went to the nano-micro laboratory twice and observed a material dyeing experiment and a high magnetic field zone micro-matter separation experiment.
I gained some inspiration value by watching the experiment twice, which is not much different from Xia Guobin's explanation. The elective course "Introduction to Data Mining" also gained a lot of inspiration value.
The inspiration value of 'Mission One' has been continuously improved, and the total value has exceeded four hundred points.
He used four methods to analyze the experimental data and drew more refined conclusions through comparison.
First, under high magnetic field conditions, it is feasible to separate charged substances below the micron level.
Second, excluding the influence of air resistance, the accuracy of separated substances can be as low as 0.1 micron.
Third, for substances from three to seven microns, the separation effect of the dye index in the V19-V72 range is the best.
There is also the last one. The combination of gravity and electromagnetic force can greatly promote the separation of charged substances below the micron level.
Friday evening.
Wang Hao took the completed experimental data analysis report and went to the NanoVis laboratory to find Xia Guobin. He said confidently, "Professor Xia, if this report cannot help you obtain sponsorship from Invasive Technology, you can consider changing to
A company has cooperated.”
Xia Guobin took the report and opened it for a few glances. He glanced at the conclusion page and his eyes suddenly lit up, "Let me study it."
"Then you'll be busy."
After Wang Hao finished speaking, he left the laboratory. His work has been completed. With Xia Guobin's level, the experimental data analysis report can definitely be understood. No matter how complicated the analysis methods are, because they do not include brand-new methods, they only require more
It’s just time to understand.
…
After completing the data analysis work in the NanoLab, Wang Hao felt relaxed all over.
He likes the feeling of 'freedom'.
Even if you are doing scientific research, you should do what you like, rather than working hard to complete the work.
I had two days of complete relaxation over the weekend.
Go out to exercise in the morning, read books in the library, occasionally go to the playground, shoot a basket on the basketball court, and do strenuous exercise to consume physical energy. A relaxed and rich life relaxes both body and mind.
on Monday.
Wang Hao still goes for daily jogging and exercise. As he continues to exercise, his physical fitness has also improved significantly. He can jog for three kilometers around the playground before feeling a little tired.
I also ran three thousand meters that day.
After running the last lap and walking to leave the playground, he suddenly saw a familiar figure, wearing a tight-fitting women's sportswear, with an eye-catching figure, shoulder-length hair and big eyes. He couldn't help but look at it a few more times.
He looked up and said in surprise, "Manager Su?"
"Teacher Wang Hao, long time no see."
Su Yingxue jogged over with a sweet smile and asked, "Are you done exercising?"
Wang Hao nodded.
"How many laps did you run?"
"Eight laps." Wang Hao thought about it, "I usually run three thousand meters and stop when I feel a little tired."
“Great progress!”
Su Yingxue thought about how when she first met Wang Hao, she was obviously exhausted after running three or four laps. She couldn't help but smile and said, "It seems that you have been persistent. Exercise and persistence are the most difficult things."
As she spoke, she looked at Wang Hao again, her eyes becoming very complicated.
In fact, they were not familiar with each other. They only exchanged a few words during exercise and had dinner together twice. However, she was extremely impressed by Wang Hao, and it was even more profound now.
I first met Wang Hao and found out that he had just come from Donggang University and was fired by Donggang because his experiment went wrong and the project suffered losses. Later, I felt that Wang Hao was a very good talent and wanted to ask him to help analyze the nanoscale experiments. room projects.
Su Yingxue always felt that Wang Hao's level was very high, but she still had to really see how it was.
Now, no need to look.
When she left Xihai City a few months ago, Wang Hao was just an ordinary university lecturer. He didn't even know whether he could stay at Xihai University. Because he had received special attention, he knew a lot of news.
Including, ten hotly searched articles on SCI.
Including, the International Computer Conference won the best.
Including the research and development in cooperation with Penguin, a brand new algorithm was developed, which cracked the number of God in a short time. Because the algorithm has not been released for a long time, it is still a hot topic in the computer field.
In addition, Wang Hao was promoted to associate professor.
Su Yingxue found it incredible that in just a few months, one person could accomplish so much, and the situation has also undergone earth-shaking changes.
When she saw Wang Hao again, she didn't know how to deal with it. It was ridiculous to think that she wanted him to join Chuangwei Group with an annual salary of 500,000 yuan.
Fortunately, the other party's attitude didn't seem to change, so she wouldn't feel embarrassed.
She stopped, thought for a while and then said, "I went back to Sioux City before. The headquarters of Invasive Technology is in Sioux City. I came here just for the NanoVis laboratory project."
After hearing this, Wang Hao felt a sudden realization, "I just said that I haven't seen you for a long time, and I came here for the project, right?"
Su Yingxue nodded lightly, frowned and said, "I don't know if it is possible. Navitas Lab is still capable and takes the project more seriously. I tried my best to promote this project, but Director Du of the Group's Technology Department thinks that For related technology research and development, we should find a more powerful team. This time it depends on whether Professor Xia can convince Director Du."
Wang Hao asked with interest, "In your group, who is more effective with your words or with Director Du's words?"
Su Yingxue pointed her finger at her chin and said thoughtfully, "In terms of level, I want to be one level lower. If I insist, Director Du has nothing to do, but under normal circumstances, I won't do that."
After hearing this, Wang Hao nodded and turned to leave, but he still left one sentence, "If it was a few months ago, I would not express my opinion, but now, I think this project is very valuable."
"Of course, it's just my personal opinion."
…
Meeting Su Yingxue during his morning workout was just a small episode in his life. After returning to the office, Wang Hao put the matter behind him and focused on the research he was interested in.
Prime numbers, or prime numbers, are the core of analytic number theory research. A large number of mathematical geniuses with IQs reaching the peak of humankind have devoted themselves to the study of prime numbers, but most of them have achieved nothing.
Wang Hao has always wanted to enter the field of analytic number theory. He is very interested in the study of prime numbers. Compared with doing complex partial differential equations, the study of prime numbers is relatively more interesting.
Even if there is no progress for a long time, it is easy to get addicted just by thinking about the laws of numbers.
What's more, he has made progress.
The inspiration value of the 'Task 3' prime number distribution probability study is only a pitiful '11' point, but having an inspiration value means having ideas. If you have ideas, you can record them and slowly expand your research.
The distribution of prime numbers can be simply understood as the probability and law of the existence of prime numbers.
In the field of analytic number theory, there is a very famous conjecture directly related to the distribution of prime numbers, called Artin's conjecture.
Emil Artin was a German mathematician a hundred years ago. He completed the proof of the general reciprocity law in any number field, and also created a unique theory of class fields, which still has great influence today.
The theory is still under development.
Emil Atin had a very famous idea. He discovered a rule in his research, which is that any integer that is neither a square number nor -1 is the primitive root of infinite prime numbers.
If this integer is not a power number, and the remainder of its square-free factor divided by 4 is not 1, then the density of these prime numbers in the set of prime numbers is 0.3739558136..., this number is also called Artin's constant.
For example, there are 67 prime numbers with 2 as the primitive root within 1000, and there are 168 prime numbers within 1000. The ratio is 67/168=0.3988095238...
Artin's conjecture is not well-known among ordinary people. Firstly, it is because the conjecture was not selected into the "Seven Major Mathematics Problems of the Millennium". Secondly, unlike other conjectures related to prime numbers, it is not easy to understand Artin's conjecture.
, because it introduces the concept of 'original root'.
If you want to understand primitive roots, you must understand mathematical concepts such as ‘module’, ‘order’, Euler’s theorem, etc. Most people are not interested in this.
Wang Hao was studying Artin's conjecture. The main reason why he came up with this conjecture was that he found that in the proof process of effective and irrelevant carry algorithms, there was a certain correlation with the distribution of prime numbers.
The overall law of system evaluation in the algorithm uses a method related to prime numbers, which can be linked to the content of Artin's conjecture.
What he is doing now is to use the sieve method to study the laws of prime numbers to connect related content, and even found several papers related to prime numbers for this purpose.
These complex papers are helpful for understanding number theory and improving inspiration.
The atmosphere in the office is very good today.
Everyone entered the research state seriously. Luo Dayong and Wang Hao were in the same state. They were meditating on the things in their hands. Most of the time, they were thinking. Obviously, the content they were thinking about was very difficult.
.
Zhang Zhiqiang is still scratching his head at a bunch of codes. His research is geometric signal processing, which is obviously very hair-damaging content.
Yan Jing is not here.
Since joining the research team of the physics laboratory, she spends most of her time in the laboratory, doing experiments one after another, and spends significantly less time in the office.
Zhu Ping was reading quietly. She was really preparing to study for a Ph.D.
Perhaps another reason why she reads so seriously is that everyone else is doing research very seriously. If she is not serious, she will appear to be special.
The key is that the other three grown men can all be classified as 'perverts', as if research is their lover, and she is a little girl... weak, helpless, and doesn't want to read!
Zhu Ping remained silent in the quiet atmosphere, even having the urge to run away.
At this time, a voice saved her.
"Wang Hao, someone is looking for you!"
"Huh~~"
Zhu Ping breathed a sigh of relief and returned to her previous state. She immediately put down her book and walked to the door. She was even more active than Wang Hao himself, "Who is it?"
"A reporter is here to interview."
Yang Jinhua, the head of the department, came over to say something. He missed Zhu Ping and called out, "Wang Hao, there are reporters waiting downstairs. I'm asking. I want to interview about the research with Penguin."
"knew."
Wang Hao raised his head and shouted back, stood up and walked downstairs.
Zhu Ping quickly followed.
"Why are you following me?" Yang Jinhua asked curiously.
Luo Dayong in the office suddenly raised his head and said, "She can't hold it in anymore."
"Over there?" Yang Jinhua pointed in the direction of the bathroom in confusion.
"Puch~~"
Several people nearby laughed.
Zhu Ping turned her head and shouted three words angrily into the office, "Luo! Da! Brave!"
——
When Wang Hao went downstairs, he saw a female reporter. He was introduced as a professional academic reporter. The reporter's name was Liu Ling. She came here in response to the recent attention paid to new algorithms in the computer industry.
This interview was very formal, and they went to the conference room of the Academic Affairs Building together.
Liu Ling first asked about the Rubik's Cube cracker, "The Rubik's Cube cracker for IOS was designed by you and your team, right? Can you tell me about this?"
Wang Haodao, "The Rubik's Cube cracker is designed with the new algorithm as the core. In other words, the original purpose of the new algorithm research is to use mathematical analysis methods to crack the God's Number of the third-order Rubik's Cube."
He knew the purpose of the other party's visit, so he simply said directly, "The new algorithm is called the 'Effective and Irrelevant Carry Algorithm.' The implementation method is to eliminate the steps that make the system more chaotic through system analysis."
"This algorithm can not only be used to solve Rubik's cubes, but also has practical value in areas where complex analysis is required."
Liu Ling nodded and said, "In the computer industry, many people are concerned about the new algorithm, including some professional forums on the Internet. Everyone is very concerned about one question, will this new algorithm be made public? If it will be made public, when will it be made public?
? Or is it that the paper has been submitted and is just being reviewed?"
"That's not true."
Wang Hao shook his head and smiled, "When a new algorithm is developed, of course it will be made public. I have a plan for this."
"Okay, let's just say it."
"I will give a report at the computer conference held in Zhucheng early next month and disclose the contents of effective and irrelevant carry algorithms."
Liu Ling wrote down and asked a few more questions, then ended the interview and went back to write a report.
Wang Hao didn't take it seriously and just announced the report content of the meeting in advance, but he still underestimated the influence of the new algorithm.
After the day's interview report was published, it immediately aroused reactions in the computer industry. For a while, many people were talking about the computer conference in Zhucheng.
The computer conference held in Zhucheng was not really that influential, but with the ‘New Algorithm Report That Shocked the Industry’, the situation suddenly changed.
Scholars who had not originally planned to attend the conference suddenly made plans to attend.
The direct impact was that the conference received many applications from scholars to attend the conference, and on the second and third days, some foreign scholars also submitted applications.
It was already on the eve of the opening of the conference, and suddenly there were so many applications to attend the conference, which made the conference organizers a little overwhelmed.
reject?
Don't be kidding, there are well-known foreign scholars among them, as well as several professors and academicians from the Academy of Sciences.
agree?
There are too many people!
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