Picking up the draft paper in front of him, Xiao Yi browsed the model above with a smile on his face.
All this hard work has been in vain.
As for why it is named Carbon Deconstruction Diagram, the main reason is that Xiao Yi draws on the ideas of Feynman Diagram.
Feynman Diagram is a method created by the famous physicist Richard Feynman, which can use a very visual perspective to process the diagram of the interaction of various particles in the quantum field.
After analyzing the carbon element, it is found that it is composed of an atomic nucleus and extranuclear electrons. In essence, it is no different from any other element.
Just like different stars, they are all composed of stars and planets, but the masses of stars are different, and the number of planets is also different.
Therefore, Feynman Diagram's ideas play a very important role in it.
However, Feynman Diagram can handle a variety of different particles, while Carbon Deconstruction Diagram focuses on carbon, so it can perform more detailed analysis in any carbon-related research.
At the same time, Carbon Deconstruction Diagram is also more compatible.
This means that various other analysis methods can also be integrated with Carbon Deconstruction Diagram. Whether it is Quantum Field Theory in Quantum Mechanics, quantum chromodynamic theory, Statistical Mechanics, Quantum Hodge theory, etc., or various analysis techniques in mathematics, etc., they can all be used in Carbon Deconstruction Diagram without any hindrance.
The same is true for some special theories such as BCS theory and Xiao's Superconductivity Theory.
This also brings greater improvement to the effect that Carbon Deconstruction Diagram can exert.
"Well... In this way, using computer analysis methods will bring a lot of effect, especially in terms of structure."
Xiao Yi groped his chin.
"In addition, not only carbon, but also various other elements, through my analysis method, can also produce various Hydrogen Analysis Diagram, Oxygen Analysis Diagram, Iron Analysis Diagram, etc."
And maybe, the diagrams of these different elements can be integrated with each other, so that compounds containing certain elements, such as water, can be analyzed separately by combining Hydrogen Analysis Diagram and Oxygen Analysis Diagram.
However, for this kind of repetitive work, Xiao Yi doesn't have that spare time.
Publish Carbon Deconstruction Diagram's paper first, and other people in the academic community will complete the rest.
His groundbreaking paper deserves to be published in PRL or JACS, etc., and the second paper is also worthy of PRL or JACS. After all, the second paper is a verification of his groundbreaking paper, which is also very important.
The value of papers with other elements that will be published later will gradually decrease. However, I think that even if the value is not at the top journal level, it is completely fine for the sub-top journal, and the guarantee is also in the same area.
"Tsk, if you think about it this way, I have brought dozens of top papers to the field of physical chemistry in one fell swoop, right?"
Thinking of this, Xiao Yi raised his eyebrows.
Then he stopped talking nonsense and started organizing the papers.
The content is not much, it simply gives some analysis ideas, and finally you can put the model directly.
In the end, there were only 12 pages of content.
Of course, there are more documents that need to be cited. After all, he has used a lot of theories, so the number of document citations will naturally be more.
All of them add up to almost 20 pages.
Until finally, the paper was completed and started to be uploaded.
Although this paper was enough to be published in PRL or JACS, of course he uploaded it directly to his personal website in the end.
All in all, unless there are other authors or it is a paper that needs to be promoted like the explosive trend theory, his papers will basically only be published on his personal website.
Of course, it is precisely because of these reasons that his personal website is becoming more and more famous, and people who want to read his papers will go directly to his personal website to find it.
When other people want to cite his papers, except for those that have been published, they basically directly cite his personal website link. If his personal website is also regarded as a journal, then his personal website has almost dozens of impact factors.
Soon, the paper was uploaded.
"OK, the next thing to study is to use Carbon Deconstruction Diagram to build the structure."
For this ultimate goal, Xiao Yi has already been eager to try.
Carbon Deconstruction Diagram has been studying it for so many months, isn't it just for this matter?
Stop talking nonsense and start doing it.
First of all, it is clear that the strength of chemical bonds between atoms is very important for materials that can resist high-energy neutrons and high-temperature plasmas.
Covalent bonds are undoubtedly the first choice.
This is why carbon composites can become one of the options, because the chemical bond between carbon and carbon is a covalent bond.
Secondly, density is also more important. The denser the first wall material is, the stronger it is. Similarly, it can more effectively withstand the impact of high-energy particles.
In addition, there is also a very important thermal conductivity. If a material can transfer heat out in a very short time, it will naturally be more suitable to become the first wall material.
In addition to these conditions, there are also requirements including mechanical strength and chemical stability.
All in all, the first wall material can definitely be regarded as the best among all materials.
After determining these important conditions, Xiao Yi began to design the structure.
With Carbon Deconstruction Diagram, he can easily design various carbon structures that can theoretically exist, and then use computers to simulate the properties of carbon under this structure.
Of course, coupled with his key killer weapon: Material Mastery, this substance can be synthesized very easily.
Just like that, time passed quietly.
On the other hand, as this paper was uploaded and appeared on his personal website, as expected, it was quickly discovered by people.
During this period, the discussion about the aperture acceleration phenomenon has not stopped at all, and there are still quite a few people discussing this matter.
Although the person who was pushed out for the interview was Liu Xiaodong, as a well-known key, Xiao Yi is of course still a hot figure that people pay attention to.
As a result, with various publicity and forwarding, his paper quickly spread within the academic community.
But this time, not only the physics community is paying attention, but also the chemistry community and Materials science community have expressed concern.
In fact, the total content of this paper is 20 pages, and the formal content is only 12 pages, which seems a bit outrageous.
United Kingdom, University of Manchester, Graphene Institute.
In an office, Andre Geim was looking at a paper on his computer.
Graphene Institute, as the name suggests, specializes in graphene.
As a material with many magical properties, graphene has long been discovered by scientists and has many prospects for industrial applications.
Although 20 years have passed and it has not been used on a large scale, it is undeniable that it has always been a popular material at the forefront of Scientific Community.
Otherwise, its discoverer would not have obtained Nobel Prize in Physics just like that.
Andre Geim is the discoverer of graphene.
At that time, he and his student Konstantin Novoselov kept pasting tape on a piece of graphite, and finally discovered such a magical material.
So sometimes, luck is still quite important.
At this moment, Andre Geim's cell phone suddenly rang, and it was a message sent on WhatsApp.
He took a look and saw that it was sent by his former student Konstantin Novoselov.
Andre Geim raised his eyebrows and opened it to see that it was a PDF file.
Then Konstantin Novoselov sent another message: [Andrei, take a look at this paper! Oh my god, I can't believe carbon can still be studied like this!]
Andre Geim couldn't help but become interested. What could make his student so excited?
Replied a message: [Wait for me to see first]
Then he downloaded the PDF file and clicked on it.
First is the title.
The title is very simple, just called Carbon Deconstruction Diagram, [Analysis diagram of carbon].
Anyway, when Xiao Yi wrote this paper, he never thought about publishing it. Of course, the title was as simple as it came.
However, this made Andre Geim a little confused.
"What does this title mean? Does it mean an analysis chart specifically for the element carbon?"
But what is there to write about this kind of thing? Not everyone knows what carbon is?
But considering that this paper was sent by one of his students, and Constantine highly recommended it, he still read on patiently.
At this time, he also saw that the author of the paper was Xiao Yi.
"XiaoYi? It's not the Xiao Yi I thought, is it?"
He couldn't help but think.
And when he started to read the text, "Okay, it's really him!"
Xiao Yi's writing style is basically known to everyone in the academic world.
Andre Geim is no exception and can be recognized at first glance.
"I have never seen Xiao Yi write this paper before, so... this paper is his latest achievement?"
And it happened to be related to his research!
There is a saying in academia today, "If you study mathematics, physics, chemistry, and materials, but have never read Xiao Yi's paper, then it only means that you are still an ordinary scholar; and if you are already a senior scholar, when you don't know what paper to read, then read Xiao Yi's paper, and you will have a deeper understanding."]
As for Xiao Yi's new paper, it's worth reading.
Ever since, his interest increased greatly and he started to read down.
In this way, as time passed, he gradually understood why Constantine praised this paper.
This innovative idea...
This new method of analysis...
The wonder in his heart made him even more emotional.
Xiao Yi If you don't win the Nobel Prize, it would be unforgivable!
In this way, he quickly finished reading the 12 pages.
"It's really... amazing thinking as always."
"It's just one element, but it can be analyzed in such detail..."
"Then if it were replaced with other elements, would it be possible...?"
Andre Geim can easily relate to this.
And he soon realized that if he could really do it, he would at least be able to publish a top-notch article or something.
If you publish it quickly, a top issue is no problem.
Especially some popular elements.
For example, carbon is a very popular element. There are too many people studying carbon.
Secondly, there are elements such as hydrogen, oxygen, copper, iron, etc.
The more common it is, the more popular it is. After all, commonness means low cost and a wider range of uses.
The more popular it is, the higher the number of citations it will receive, and naturally, the more likely it will be favored by those journals.
However, Andre Geim shook his head after his heart was moved for a while.
Forget it, he'd better not think about such things.
If you want to write such a paper, it is not easy at all. You must first master various related theories. If the theory you master is not comprehensive, then naturally you cannot guarantee the comprehensiveness of the final analytical diagram, and journal editors may not necessarily accept it.
But how many people in this world can be like Xiao Yi, who can not only master the various methods of Quantum Mechanics, but also master various methods in mathematics?
Andre Game shook his head helplessly. It was impossible for him anyway, and obviously no one else could do it.
He estimated that in the end these papers would be completed by quite a few collaborators.
Then, he opened whatsapp and sent a message to his students.
[I have finished reading the paper. It is a very wonderful paper. It is indeed the paper of Xiao Yi. Thank you for sharing.]
After a while, Constantine sent a message: [Haha, let me just say it! How about it? Now I have a good idea. If we use Carbon Deconstruction Diagram to analyze graphene, will it also help us discover more properties related to graphene? In other words, we can also discover some substances with similar structures to graphene based on Carbon Deconstruction Diagram, etc. I already have quite a few ideas in my mind.]
Seeing these ideas put forward by Constantine, Andre Geim's eyes also lit up.
[Very good, these ideas of yours are very good. I think we should really try them. Let's meet tomorrow and let's have a good talk.]
Just like when they first thought of sticking graphite with tape, they still have a lot of ideas, even though some of them are not very useful.
For example, Andre Geim once won Ig Nobel Prize, so much so that he became the only scientist to win both Ig Nobel Prize and the Nobel Prize. For this reason, he was also listed in the Guinness Book of World Records.
As more people have read Xiao Yi's paper, more scholars in the academic world have marveled at how Xiao Yi can always come up with these wonderful ideas.
But they also have to admit that even if they come up with such an idea, they simply do not have the ability to realize such an idea. They must find someone to cooperate to complete it, and there is a high probability that they will find not only one collaborator, but quite a few.
Not only must there be physics experts, but also mathematics experts, and most likely chemistry experts. At the same time, they must be able to master enough methods, otherwise, they will definitely not be as comprehensive as Xiao Yi's Carbon Deconstruction Diagram.
So much so that some scholars complained online.
Among them, a professor from the Department of Materials at UC Berkeley expressed his opinion on his X.
[First of all, I must say that Xiao Yi and Carbon Deconstruction Diagram are definitely an achievement of great significance for chemistry and materials.
But I still want to ask, is there anything else that Xiao Yi doesn't understand?
God, I never thought I could see Quantum Field Theory, Quantum Chromodynamics, Quantum Hodge theory, Feynman Diagram, Algebraic Geometry, Mathematical Analysis... so many theories in a paper of only 12 pages!
So much so that I am now planning to find someone to work together to create a silicon diagram. However, after contacting three people, I still find that none of us can figure out the content of Path integral!
My Jesus, Xiao Yi, are you really not sent by God to torture us?]
And his words were approved by quite a few people.
But there is no way.
The complaints are complaints, and in the end they have to continue to find collaborators honestly.
So the professor of Berkeley quickly sent another message: [Thank God, we finally found a collaborator who can handle Path integral. You can wait for our paper.
I hope we are the first to complete it,]
In this way, the world of chemistry, Materials science community, and physics set off another wave of involution. Whoever completes it first will be the winner. As for those teams that fail to complete it first, their efforts will be in vain.
However, Xiao Yi paid no attention to such things.
Because, at this time, he was gradually approaching his goal.