Volume 1: Student Life Chapter 323: The first batch of candidates announced!
Immediately, Chen Zhou took Li Li's notebook and asked, "Can I write on this?"
Li Li nodded quickly: "Of course, of course."
Chen Zhou wrote on it while explaining to Li Li.
Zhao Qiqi, who was standing by, came even closer.
He is also studying Chen Zhou's distributed deconstruction method, which he doesn't understand, so it's a good opportunity for them to study together.
In fact, not only Li Li and Zhao Qiqi, but also Zhu Mingli, most of the students and professors in the Department of Mathematics of Yan University are studying Chen Zhou's distribution deconstruction method.
However, the only ones who had the opportunity to listen to Chen Zhou’s instructions in person were the three brothers in their dormitory.
Unfortunately, Zhu Mingli ran away.
Before he knew it, Chen Zhou had already written four pages of densely packed notes in Li Li's notebook.
This is different from the original proof of Cramer's conjecture, and also different from the distribution deconstruction method in the paper.
Chen Zhou explained the content of this part of the distribution deconstruction method in detail and in an easy-to-understand manner.
Although Chen Zhou believes that he has explained everything from simple to difficult, basically from point to line and then to surface.
But Zhao Qiqi and Li Li were still a little confused.
Looking at the expressions of the two people, Chen Zhou thought for a moment and said, "You guys digest it first. If you still don't understand, ask me later."
Li Li and Zhao Qiqi nodded subconsciously.
When Chen Zhou stood up, he was surprised to find that Zhu Mingli had come back without him noticing.
At this moment, he is frowning as he looks at the contents of his notebook...
Chen Zhou wanted to ask Zhao Qiqi and Li Li to catch this guy and interrogate him.
But seeing how eager to learn he was, Chen Zhou couldn't bear to interrupt his train of thought, so he took the basin and prepared to wash up.
Unexpectedly, Zhu Mingli suddenly said: "Li Li, are you going to transfer this notebook to me? This is Brother Chen's manuscript!!!"
Chen Zhou: “…”
Although they had the three meals that Zhu Mingli promised, Chen Zhou and the other two still "tortured" Zhu Mingli later in an attempt to find out what Zhu Mingli had been keeping secret.
But Zhu Mingli actually kept the secret and refused to tell Chen Zhou and the other two.
This made Chen Zhou very curious. What kind of secret was it that was worth Lao Zhu guarding so closely?
Not only was he curious, Zhao Qiqi also tried to inquire from many sources, but still could not find the answer.
Chen Zhou did have an idea, which was the avatar he saw on the campus website, but in the end he did not go to find Zhang Zhongyuan.
Anyway, this secret is about whether he can appear on the news broadcast. He will know it sooner or later, so there is no need to rush.
Now, he is concentrating on studying C++ language and the problems of intense pulsed ion beam.
Chen Zhou has already completed the computing program using C++ language programming.
However, the study of it did not stop, it was just slightly delayed.
"Calculations show that the temperature distribution range can extend to several times the average projected range of the ions; the surface temperature rise time is equivalent to the beam pulse width..."
"That is to say, the heating rate increases with the increase of beam power density, and the maximum surface temperature at the same power density increases with the increase of its pulse width..."
Thinking of this, Chen Zhou took a pen and began to write the corresponding experimental parameters on the draft paper.
[When the material is irradiated with a 300KeV, 100A/cm2, 50ns strong pulsed ion beam, the maximum surface heating rate reaches ~1 0^11K/s, the maximum temperature reaches 2170K, the maximum cooling rate reaches ~10^10K/s, and the temperature gradient in the surface layer is very large...]
After writing, Chen Zhou looked at the content and then looked at the results of the simulation calculation on the computer.
He continued writing:
[There are also two stress fields: surface stress and thermal shock wave. In the area corresponding to the temperature field, there are large surface thermal stress (>>10^8Pa) and surface stress gradient (>>10^6Gpa/m). Thermal shock waves also produce a stress field with a gradient of up to 10^6Gpa/m...]
[At the same time, there is also a stress field in the back area of the target, and it may be strengthened due to the reflection of the thermal shock wave...]
Most of the draft paper was filled with the conclusions Chen Zhou had drawn based on simulation calculations, as well as the conclusions on the thermodynamic process of metal surface modification by intense pulsed ion beams.
At this point, half of the prerequisites for the overall design of subsequent experiments have been sorted out.
There are also experimental data based on the melting pit, and issues with the ion source structure.
This is the result of Chen Zhou and Yang Yiyi trying their best to maintain a life rhythm of going to and from work in the past few days.
The so-called four-point line is from the dormitory to the playground for a morning run, to the cafeteria for eating, to the library for studying, and to the dormitory for sleeping.
This is an extremely regular cycle.
Perhaps in the eyes of many people, Chen Zhou and Yang Yiyi's life is very boring.
But in the eyes of both of them, this is an extremely fulfilling life.
Moreover, in this atmosphere of mutual companionship, mutual promotion, and mutual communication, the relationship between Chen Zhou and Yang Yiyi is also constantly heating up.
Speaking of which, being able to find a partner with the same interests and hobbies and a common language is an extremely low probability event.
But why does Chen Zhou have to try so hard to maintain this life that seems boring to others?
The reason is simple: the 11 major events in mathematics in 2015 selected by AMS gradually spread in China.
Unsurprisingly, Chen Zhou once again topped the trending searches.
His boring life became precarious.
In a sense, this selection is an affirmation of Chen Zhou's achievements and a historical affirmation.
This was also the first collective carnival by domestic and foreign media.
However, as the protagonist of the incident, Chen Zhou himself expressed helplessness.
Is it necessary for you to report such a common thing in newspapers, on Weibo and various news media?
Also, Chen Zhou feels embarrassed that he always takes the first place in the hot searches for a certain celebrity.
It can be said that he is now the most well-known young mathematician.
What bothered Chen Zhou even more was that as the exam season was approaching, his classmates in the library took advantage of the news and asked him to take a photo with them...
No matter what, I must put this photo up for display, and hope that Master Chen Zhou will bless me so that I don’t fail the exam!
This is really not cramming before the exam, but cramming for Chen Zhou instead...
However, Chen Zhou did not appear on the news broadcast this time.
This made Chen Zhou feel strange. Could it be that there was something else behind the secret that ?
Although Chen Zhou couldn't figure it out, his daily celebrity worries left him no time to think about it.
However, what Chen Zhou didn’t expect was that it wasn’t that the News Broadcast didn’t report it, but that the News Broadcast was holding back a big move.
December 19th.
There are 4 days left until Christmas Eve and 12 days left until New Year's Day.
More than half a month has passed since Chen Zhou published the paper on Cramer’s conjecture.
The news broadcast that evening announced the first batch of candidates for the national "Thousand Talents Plan" in 2015.
Chen Zhou was honored to appear on the News Broadcast for the fourth time.
It was not until then that Chen Zhou realized that he had overlooked the joint recommendation mentioned by President Sun.
As the news broadcast continued, everyone was shocked .
No one would have thought that the third name in the first batch of outstanding young talents would be Chen Zhou!
