Super God-Level Top Student

As he spoke, Qiao Ze pulled up an email. Luo Benyuan glanced at the content and then at the sender's email address. If it wasn't faked, was this a thank-you letter from the University of Manchester laboratory?

Luo Benyuan then began to read the reply seriously...

Last month, the University of Manchester laboratory published a paper on flexible metals in ACS Publications. Qiao Ze, using the name of the Materials Science College, informed them and provided several suggestions for detailed adjustments in the laboratory.

It seemed that they really took it to heart, made adjustments in the laboratory, and reproduced the experiments. Not only did they simplify the experimental steps, but they also greatly increased the success rate of preparation.

They even sent a special thank-you letter, and they even wanted to poach someone...

"Random improvement suggestions were submitted to six entities, four of which ignored it, the email was always retractable, and the feedback from the other two was quite good," Qiao said with a smile.

"Is this... really effective? Effective for every paper?" Luo Benyuan asked, looking bewildered.

"We chose a hundred papers and validated them with the model, and the success rate was about seventy-seven percent."

"That's already..."
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"However, for the other twenty-three percent of the papers, Dou Dou tried sending emails to the journal editors, questioning the results as falsified and the experiments as unreproducible. So far, three papers have been successfully petitioned for removal. Yes, this is the reply from the editorial office..."

Luo Benyuan swallowed back the words he was about to say and quietly watched Qiao Ze operate his email, focusing on the replies from three different Materials Science journals from the previous night that made his brain freeze again.

He blinked and didn't know what to say.

Goodness, does this mean that, after model validation, twenty-three percent of the papers in top materials journals were involved in data falsification?

"This... this... how did you manage to do this?" Luo Benyuan almost snarled the question.

"Well, if you're not familiar with new concept mathematics, it might be a bit difficult to explain. You could think of it as an extended application of superspiral algebra and transcendental geometry, from which I derived a concept of the Dimensional Twist Equation."

There's a concept in it called the twist algebra coefficient, which is fascinating. It represents how one dimension twists or rotates to another within superspiral algebra. This can be seen as the strength of mapping between different dimensions.

Then, by bringing in concepts such as dimension elements, twist elements, and the dimensional twist operator, the Dimensional Twist Equation emerged, which can reflect the mapping relationships between dimensions. These form the basic algorithmic part of the model. Of course, the model also includes traditional mathematical applications like Fourier transformations.

In simple terms, it is capable of calculating the fundamental characteristics of materials in a more microscopic way, and then, with the help of supercomputing, comparing, correcting, and reconstructing the experimental process from the database. Is this explanation a bit complex?"

Luo Benyuan nodded subconsciously, then realized that was not right and shook his head.

He wasn't sure if it was very complicated; he just felt that he didn't quite understand it, although his mathematical skills were actually not bad.

But even those who study mathematics properly probably wouldn't understand much of this, right?

"At the very least, can you now acknowledge that this is a more scientific method?" Qiao asked, changing his approach.

This time, Luo Benyuan definitely nodded.

He couldn't think of any method that could be more scientific than this.

"So, can you agree that a scientific approach can save a lot of time?"

Luo Benyuan nodded again. This was not just about saving a lot of time; it could also save a lot of money. There wouldn't be a need for so many materials laboratories in the future. Whatever was needed, just adjust the parameters, then replicate, and that's it.

Could this tool really be designed by a human?