Master, the results have been screened out. There are more than 100 papers that meet your requirements of the master, all of which have been sorted out and the master can view them at any time.
Sure enough, Lucy quickly completed the task Jiang Cheng gave her. It seemed that this matter was quite simple for her, and she did not use her calculations.
Very good, project the results in front of me, let me see where the previous mathematicians have reached.
Jiang Cheng quickly gave Lucy a follow-up order to let her project all the papers into the air for him to view.
Following Ruojiang Cheng's order, he issued a semi-transparent light curtain in the air in front of Jiang Cheng.
What is displayed on the light curtain is an interface. There are many categories listed above, and there are many papers under each category.0
These papers are related to the Riemann hypothesis, and they are all valuable papers, which are of great help to Jiang Cheng’s research.
Jiang Cheng nodded in satisfaction when seeing the light curtain appearing in front of him, then raised his hand and slid on the light curtain.
The light curtain in front of him also changed after he swiped, and the content on the light curtain quickly changed.
Jiang Cheng's hand didn't stop either, and he kept moving across the light curtain.
As Jiang Cheng's hands continued to operate on the light, the content on the light curtain continued to change.
Sometimes the content on the light curtain is the catalog of the paper, and sometimes Jiang Cheng will click in to view the detailed content of the paper.
The scene in the laboratory was very dazzling. Jiang Cheng sat leaning on a chair, raising his hands and constantly rowing across the sky.
There was a light curtain in the void in front of him, and the content on the light curtain continued to change with his hand.
This scene looks very sci-fi, like a scene in a movie.
If you let others see such a picture, I'm afraid I don't know what to be surprised.
But the scene like this is actually not uncommon at all, it's just holographic projection plus advanced gesture operations.
When the laboratory was built last time, Jiang Cheng added this gesture operation function.
In the laboratory, you can scan and lock Jiang Cheng's movements, and then change the content of the holographic projection according to Jiang Cheng's movements.
In this way, Jiang Cheng can use his own hands to control those virtual images in the air.
But this technique just sounds easy, and the calculations required in the middle are very complicated.
Without Lucy's control in the middle, the current effect would not be achieved.
Jiang Cheng just leaned on the chair and kept flipping through the papers about Riemann's hypothesis.
When he encounters his papers with higher value, Jiang Cheng will click in to check them in detail.
In this way, Jiang Cheng started the day of gnawing papers, and he wanted to read all these hundreds of papers.
It took Jiang Cheng half a month to finally finish reading the paper.
Don’t think it took Jiang Cheng so long to finish reading those papers.
His speed is already very fast. If he changes to another mathematician, he may not be able to read all the papers in a few years.
You must know that reading a paper is not a simple matter. Reading a paper is not like reading a novel. You only need to scan all the words once, and you don’t need to understand the meaning of every sentence.
Reading a paper is a very brain-consuming task and requires you to concentrate all your attention on the paper.
It is even more difficult to say that it is better to use research papers to read papers, and to describe mathematics papers.
Some difficult mathematics papers can take a long time to be completed even by professional mathematicians.
Jiang Cheng needs to understand the meaning of every 20 words and every formula in the paper, and then analyze and calculate in his mind.
Sometimes it is not enough to calculate in your head, and Jiang Cheng needs to check all the calculations himself.
Moreover, the content of these papers is very large, with hundreds of pages of content at every turn, and the formulas and calculation processes in them are even unclear.
If ordinary people are allowed to read these papers, I am afraid they will be dazzled by the small meeting.
Fortunately, Jiang Cheng's IQ is quite high, so it seems to be relatively easy.
If an average mathematician studies these papers, it will be difficult to understand them, let alone read them so quickly like Jiang Cheng.
Therefore, it took Jiang Cheng half a month to finish this work and read the results of other people's research on Riemann's hypothesis.
This is because his thinking speed is much higher than that of ordinary people, so he can finish reading those papers in such a short time.
After reading the papers, Jiang Cheng felt that he had gained a lot, although all these papers were the result of failure.
There are errors in these papers, otherwise Jiang Cheng would not have the turn to study Riemann's hypothesis.
However, Jiang Cheng can absorb many useful things from these papers.
Failed research is not necessarily worthless. There are many thinking models in those papers that Jiang Cheng can learn from.
Although reading these papers cannot allow Jiang Cheng to directly find a solution to the problem.
But it still gave Jiang Cheng a lot of inspiration, at least now Jiang Cheng is not as clueless as before.
Now Jiang Cheng has come up with several ideas, and these ideas organically prove the Riemann hypothesis.
These ideas Jiang Cheng came up with are all inspired by those papers.
Now Jiang Cheng also has ideas to solve the problem, so he plunged into the ocean of mathematics.
But Jiang Cheng didn't say that he would be able to succeed, the idea of Bi Jing was just an idea.
These ideas may not be able to successfully prove the Riemann hypothesis. Many ideas may be wrong and will only lead Jiang Cheng to a dead end.
Perhaps one of these ideas is correct and can help Jiang Cheng reach the final destination.
Maybe these ideas are all wrong, and in the end Jiang Cheng still couldn't prove the hypothesis.
However, Jiang Cheng is not afraid of this failure. If he does not try, he will never succeed.
Even if these ideas were proved to be wrong, Jiang Cheng would just start anew.
It is just to continue to find some new ideas to study. Jiang Cheng believes that his continuous research will be successful in the end.
Although the Riemann hypothesis is called the most difficult mathematical problem in the world, Jiang Cheng still has sufficient confidence in himself.
This strong confidence is derived from Jiang Cheng's own strength and many successful studies before.
Jiang Cheng just fell into the research of mathematics. He is now full of various formulas and theorems, and everything looks like numbers.
