Section 221

Sure enough, it’s a new paper!

And they are all written in Chinese!

[The traditional reaction-diffusion equation cannot fully describe the quantum migration behavior of electrons, especially the electron migration behavior during interface reactions. To address this problem, we combined quantum mechanics and interface state density methods to further optimize the reaction-diffusion equation and proposed the electron-interface reaction migration model (EIRM).

EIRM is an important theoretical framework mainly used to describe and analyze the migration behavior of electrons during interface reactions. This study conducts detailed verification and summary of the EIRM model through systematic experiments and theoretical analysis. First, we used various experimental techniques such as cyclic voltammetry, scanning tunneling microscopy, photoelectron spectroscopy, and time-resolved spectroscopy to measure the electron migration rate, potential distribution, density of states, tunneling effect, and reaction kinetic parameters.

Experimental results show that the EIRM model can accurately predict the electron migration rate, potential distribution and density of states at the interface, and the error between the predicted value and the experimental data is within an acceptable range (usually within 5%). In addition, the type and concentration of electrochemical reaction products were analyzed by mass spectrometry, which further verified the accuracy of the model in predicting reaction pathways and product distribution...]

Looking at this long summary and the information described in it, Guo Xiaoming was stunned for a while.

This paper...

This paper...

It seems like another achievement equivalent to the principle of absolute electronicity?

For a moment, everyone else was stunned.

The influence of absolute electronic calculations, he is not actually a person who studies computational science, and he also knows how significant this method is in academia. As its gold content becomes more and more important, even the core method of computational science, density functional theory, There are signs of being replaced.

And now here comes another one?

But soon, he became excited. If this happened, wouldn't he be able to publish the next article?

Without saying a word, he downloaded the paper. There was a download statistics next to it. It was still 0, indicating that he was the first person to discover it.

Then, while reading the paper, he selected some key things from it and started writing the article.

Of course, he did not forget to post the news in his group, shared the news with his core fans, and asked some people who studied materials if they knew what the use of this paper was.

Then, his group also exploded.

Among his core fan base, there are quite a few graduate students or graduates from major prestigious universities.

His sharing immediately brought out a bunch of people who wanted to learn the material.

One of them, a PhD student at Columbia University, exclaimed: [Holy shit, this model, this experimental data, Xiaoming, are you sure this belongs to Xiao Shen? 】

Guo Xiaoming replied: [Nonsense, it must be Xiao Shen’s, I downloaded it from his personal website]

The doctor immediately replied: [I wonder, if this is not Xiao Shen's, I seriously doubt whether these experimental data are fake. How can there be such awesome data? 】

Others also shouted.

[It’s really amazing. I’ll send it to my instructor now. Damn it, I feel like Xiao Shen is already approaching invincibility. 】

[I also sent it to my instructor to read]

[Isn’t this thing very useful for studying electrochemistry? 】

【Oh My God! 】

【……】

Seeing this group of friends with academic qualifications no worse than his own so amazed, even if Guo Xiaoming was not studying this field, he could probably imagine how important this new achievement of Xiao Yi was.

For a moment, he became excited, and then the speed of typing in his hands increased.

…

Columbia University.

The doctor from Columbia University in Guo Xiaoming's fan group was named Yue Ming. At this time, he ran to his mentor's office with excitement on his face.

"Professor! Professor!"

Seeing his student's hurried look, Simon Billinger couldn't help but ask: "What's wrong with you?"

Yue Ming took a breath, and then said: "Professor, I saw a very powerful paper! It may be helpful to our topic!"

Simon Billinger is a professor in the Department of Applied Physics and Applied Mathematics at Columbia University, and Columbia's materials major is also set up under this major.

Hearing Yue Ming's words, Billinger didn't believe it. He said: "Our project studies the role of nanomaterials on the interface. At present, the academic community is still in the process of exploring this aspect. What papers can you find? Help? Are you sure you’re not our competitor?”

Yue Ming shook his head repeatedly and said excitedly: "Of course not, the author of that paper is Xiao Yi! He wrote it!"

"Xiao Yi?" Billinger was stunned for a moment, "The one who made absolute electronic calculations and also made high-temperature superconductors some time ago?"

"Yes." Yue Ming nodded, "That's him! He came up with a new theory called the electron-interface reaction migration model, which is very powerful! When describing the behavior of electrons in interface reactions, the average error is only about 5%! "

Billinger stood up immediately, his expression no longer calm: "Where is the paper? Show me quickly."

"On Xiao Yi's personal website!"

"Help me look for it."

Billinger pointed to his computer and said.

Soon, Yue Ming entered Xiao Yi's personal website on the computer and found the paper.

Soon, after downloading.

"alright!"

Yue Ming said, while opening the downloaded pdf file, he gave his seat to Billinger again.

Billinger sat back in his seat, and at this time the PDF file was loaded.

Then they fell silent.

Billinger looked at the full Chinese text, and for a while, the CPU was a little exhausted.

Finally, he looked at Yue Ming again, "This is all in Chinese, what do you want me to think?"

Yue Ming: "This... uh... sorry, mentor..."

Why is this paper by Xiao Shen entirely in Chinese? !

"Let me take a look. There should be an English version, right?"

So he operated the computer again and returned to Xiao Yi's personal website.

However, he searched for a long time but could not find the English version of the paper.

It's equivalent to saying that Xiao Yi didn't write the English version! ?

He was confused.

In the end, they could only use the full text translation for the time being and reluctantly read on. Some of the translation errors could only be translated by Yue Ming.

…

Of course, with the news of Xiao Yi's new paper, there are more and more examples of this happening abroad.

Xiao Yi's paper represented a major breakthrough, but now it was invisible to them because of translation problems?

For a time, foreign academic circles were complaining.

In particular, people want to know why Xiao Yi suddenly stopped submitting to journals and chose to publish his results on his personal website.

According to speculation, this is most likely because the original "nature" incident made Xiao Yi very unhappy, so he did not want to submit it to the journal to avoid encountering that kind of thing again. He posted it directly on his personal website, saving time, worry and effort.

Ever since, "nature" has once again been tortured by quite a few people.

However, although foreign countries are complaining, China is extremely happy.

The importance of Xiao Yi's paper was quickly recognized by a group of academicians.

Although some people suspected that the data was falsified, these doubts disappeared with the emergence of various replication experimental results.

Afterwards, various related research groups across the country began to prepare to use this new model to help their research.

In particular, there is no accurate translation version yet, so those powerful foreign research groups still don't know how to use it, but their domestic research groups do not have this problem at all.

For a time, this paper was even regarded by major domestic researchers as a benefit given by Xiao Yi to domestic researchers.

…

Chapter 201 The most powerful battery in the new era!

Domestically, a research institute affiliated to the Air Force Research Institute.

In the laboratory.

A researcher squinted at a paper in his hand.

"The first is to verify this model and test the most common ternary lithium battery interface reaction. The first test method is cyclic voltammetry with a scan rate of 50mV/s."

"According to experimental measurements, the oxidation peak potential is 0.42V, the oxidation peak current is 12.5μA, the reduction peak potential is 0.18V, and the reduction peak current is -11.3μA."

"According to the predictions of the EIRM model, the data are: 0.41V, 12.4μA, 0.17V peak current and -11.2μA."

"The error rate is very, very low."

Next to him, another researcher also nodded and said in great surprise: "Yes, this error rate is too low, even a bit incredible. I really didn't expect that this kind of model can actually be studied."

There was also a third researcher who nodded at this time and said: "It feels like it has basically perfectly matched all the microscopic reactions of the interface."

The researcher who was the first to speak continued: "It's not just this data. Look below, there are other data. "

"Interface potential distribution test, the experimental results of the potential are: 0, -5, -10, -15, -20, -25, while the model prediction results are 0, -4.8, -9.7, -14.6, -19.5, -24.4. "

"And this density of states... He was able to think of including the density of states, which is really a stroke of genius. This model is also very good at optimizing the density of states, with an average error of less than 5%."

"Not to mention other things, such as the prediction of the electron tunneling effect, reaction kinetic parameters, analysis of electrochemical reaction products, etc."