"Mr. Hanks, this is the paper manuscript assigned to you, mailed in the past few days!" After the staff said that, they put a large pile of thick manuscripts on the editor's desktop.

I guess there are at least 20 papers.

"I understand!" Hanks has become accustomed to the number of such papers. In fact, this is quite small. At the peak, he was responsible for the review of more than 50 papers alone.

This is just his own job. There are 12 editors responsible for the initial review of manuscripts in the entire editorial department, and each person adds up to 600 articles in 50 days. These papers are generally collected every three days. In other words, in that month, the magazine "Advanced Materials" received more than 6,000 different papers.

As the world's top materials journal, unless a special issue is published, "Advanced Materials" will only publish about 20-30 papers in a month, which is equivalent to only one of the 200 papers being selected for publication.

Of course, this is the treatment that only the top international material academic journals can receive.

So these more than 20 papers are already very easy to work.

But these workloads cannot be underestimated, because these are 20 very professional academic papers, including a large number of complex experimental records and theoretical explanations, etc., which require a lot of professional knowledge. If you want to read a paper like this in a complete way and understand the contents, it is impossible to understand it thoroughly without two or three days.

Fortunately, Hanks, as the preliminary review editor, does not need to fully understand these papers. All he has to do is to eliminate the very absurd things from these papers and then let the rest enter the second trial stage.

Generally speaking, more than 80% of paper submissions can be eliminated during the preliminary review stage, and more than 60% of them can be thrown aside with a glance.

For example, papers with perpetual motion machines, papers with water turning into oil, etc., you can tell that it is impossible at a glance. They are completely imaginary things. You can directly remove them by looking at just one name.

For the rest, let’s take a look at his basic argumentation process, as well as whether the format of the paper conforms to the professional format, etc. All papers with a large number of irregularities can be eliminated.

In these two steps, more than 90% of the submissions can be directly eliminated.

The remaining 10% requires whether the argument logic in Hankstone is normal, whether the various experimental data are detailed, whether the experiment can know the supporting results, etc. After all these basic things are determined, they can enter the second trial stage.

This is a basic procedure, but there are exceptions, that is, look at the name of the author of the paper. If the name is very loud, even if the title of the paper is too exaggerated, Hanks will read it carefully. After all, with his identity and status, since he dares to publish such an article, it may really break the common sense of the entire chemistry and physics industry and become a great existence in the theory of relativity.

Although there are too few such papers, you may only encounter one or two articles in a hundred years.

Hanks' work today is still relatively smooth, with a total of 24 papers, and the previous 23 are all things that can be called back just by just a glance.

"It seems that these days can be easily spent!" Hanks thought so just now, and then picked up the last paper titled "Electric Field Effect in Atomic Films".

"It's interesting!" This paper title that seems to others is definitely an inexplicable one, but Hanks read it in.

For academic journal editors like Hanks, titles like the electric field effect in atomic films are very simple and unpretentious, and there is no way to see any major discovery.

But such a simple and unpretentious title means that the content in it will be very solid and rigorous, and there is a great probability that it will pass the primary election, so Hanks started reading it seriously.

This is a paper that briefly discusses the electric field effect in special states. The article discusses the article that the author of the paper peels off graphite to form an extremely thin atomic film, and then has a brand new electric field effect effect.

Like the title of this article, the whole article is very simple and unpretentious, and the format of the article is also very rigorous. In addition to constantly using tape to obtain thinner graphite, the entire experiment process is also very detailed and there is no problem.

Overall, this is a qualified paper.

"The paper is OK, but I just submitted it to the wrong place!" Hanks shook his head. He was originally going to kick out the paper, but after thinking about it, it seemed that it was inappropriate to remove all 24 papers today, so he picked it up and put it into the second-instance paper.

Hanks glanced at the author's name again, called: yapeng jia, whose nationality is Chinese.

Yes, that's right, this paper is a paper about graphene published by our boss Jia.

Some people may wonder, since it is a paper on graphene, why not just write the name of graphene, which is called "A New Material: Research on the Properties of Graphene", but is called an inexplicable "Electric Field Effect in Atomic Thin Films".

First of all, this title is actually the original name of the title of the first paper about graphene in history.

If you think about it a little, you will know that when graphene was discovered, it was definitely not the name graphene. At most, it was named a certain carbon allotrope. Only after the academic community widely accepted this new material, would it give it a new name, otherwise it would only be complex academic naming according to the rules of academic naming.

In fact, the first paper on graphene is not used to study graphene, but to borrow extremely thin materials from graphene to study electric field effects.

Of course, Boss Jia can also directly publish a large paper that studies the properties of graphene's special materials very thoroughly, with hundreds of thousands of words. But in that case, wouldn't it be that the whole world will focus on graphene in an instant?

This is not the situation that Boss Jia wants to see.

If possible, Boss Jia wished that no one would discover the material of graphene for 100 years, so that Daqian would eat it alone.
Chapter completed!