Super Rich: Rebirth of the Top-Tier Rich Second Generation

The data is completely self-consistent, with the error rate within a reasonable range of instrument fluctuations, and there is no trace of manual screening or piecing together.

James took off his reading glasses, rubbed his temples wearily, and exhaled a long breath.

As an authority who has worked in this field for thirty years, he knows all too well what this paper means.

James put his glasses back on and opened Nature's peer review feedback system.

His hand hovered above the keyboard for a good ten seconds before he finally typed a sentence in the "Overall Evaluation" section:

"If the reported results are reproducible, this work may represent a paradigm shift in solid-state energy storage."

"If the experimental results in the paper can be consistently reproduced, then this work could very well represent a paradigm shift in the field of solid-state energy storage!"

Paradigm shift.

This word carries enormous weight in academic papers.

This term implies that the author changed not just a performance number, but the way the entire field addresses problems.

In the scientific community, this is an extremely high praise, second only to "overturning the fundamental laws of physics".

Old approaches, old frameworks, and old technological limitations may all be re-examined because of this paper.

This means that the original rules of the game have been completely broken, and a new era is about to begin.

James stared at the comments he had written for a few seconds.

He then solemnly clicked submit.

……

On the other side of the Atlantic, at the Max Planck Institute in Germany.

Professor Klaus Weber, the reviewer, perfectly embodied the almost pathological rigor of the Germans.

After reading the entire paper, he did not rush to draw a conclusion.

After obtaining permission from the editorial office and registering three senior researchers as collaborators, he and his team conducted a thorough review of the figures and tables in the paper.

From methods for measuring interfacial impedance at different temperature gradients, to microscopic electron microscopy evidence of dendrite suppression, and then to the statistical significance calculation formula for low-temperature capacity retention.

One of the researchers, who had been checking the data for three hours straight, couldn't help but ask:

"Professor, are we reviewing a paper, or are we trying to refute it?"

Weber didn't look up; he simply drew a circle next to a set of data in red pen.

"Neither."

"We need to determine whether it has the qualifications to change this industry."

Ultimately, Weber listed a total of seventeen questions in his review comments.

Each one has a number.

Each point directly targets the most vulnerable part of the paper.

This report is less like a review and more like a professional interrogation of the technical system.

But after writing these revision suggestions, which sounded like an interrogation,

This German gentleman, known for his sharp tongue, unusually added a comment at the end of his report:

"The theoretical framework proposed by the author has far exceeded our current industry consensus."

"This interdisciplinary integration demonstrates amazing creativity."

"I strongly recommend that this manuscript be accepted directly after the author has answered the above minor revision questions."

"Furthermore, I urge the editorial department to consider publishing it as the cover story for the next issue."

After pressing the save button, Weber took off his glasses.

He looked down at the seventeen questions on the table, without showing the slightest hint of a smile.

But he personally crossed out the "data is unreliable" clause that he had initially written on the draft paper.

For a demanding researcher, this is the highest level of recognition.

……

Of the four reviewers, Professor Hiroshi Tanaka from the University of Tokyo had the most complex reaction.

Of the four peer review comments, Tanaka's were the shortest, less than three pages long.

He didn't dwell on the minor details of the test data.

From the moment he opened the paper, his attention was focused on the construction mechanism of the "controllable macromolecular self-assembly interface".

As a core strategist in Japan's battery industry, Kota Tanaka understood the value of this interface mechanism.

Back then, the entire Japanese materials industry invested hundreds of billions of yen, only to suffer heavy losses on this step, ultimately having no choice but to turn to the more conservative sulfide route.

Now, this path has been opened up by a Chinese person.

And it's so perfectly connected, so insightful!

Tanaka Hiroshi sat in a traditional Japanese-style room, looking out at the courtyard, a fine layer of cold sweat already seeping from his forehead.

This is no longer just a matter of a research paper; it is the death knell for Japan's proud materials industry, which is about to face a devastating blow.

Once the technology is ready for mass production, Japan's once-proud battery supply chain will have to face an unprecedented reshuffling.

This is industrial competition.

It could even be a competition for national destiny over the next decade.

Tanaka Hiroshi certainly didn't want to see this outcome.

After a long silence, he put his hands back on the keyboard.

Personal stance is one thing, personal stance is another.

Evidence is evidence.

He would not deny a breakthrough that was already in sight just because his opponent was from China.

"This could be the most important and terrifying theoretical breakthrough in the field of solid-state batteries in recent decades."

"I must admit that our Chinese counterparts have already established a clear leading advantage in this direction."

"If the experimental results in the paper can be reproduced independently, the technological roadmap of the global solid-state battery industry needs to be re-evaluated."

After finishing writing, Hiroshi Tanaka did not submit it immediately.

He read it twice before finally pressing the confirmation button.

Admitting that the opponent is ahead is not easy.

What's more terrifying than falling behind is not daring to admit it.

......

Three of the four peer reviews gave extremely high marks.

The only setback came from Professor Park Joon-ho of the Korea Advanced Institute of Science and Technology (KAIST).

Compared to the sincerity shown by the three bigwigs—the US, Germany, and Japan—after being thoroughly intimidated.

The South Korean reviewer from the Korean Peninsula displayed an inherent arrogance and narrow-mindedness in his comments.

"The data in this paper is too perfect, so perfect that it defies common sense."

"Without showing all the experimental failure records and the underlying raw operation logs."

"We have reason to suspect that the author used a large amount of money to conduct malicious data screening, and we cannot rule out the possibility that the electron microscope images were post-processed to enhance their appearance."

"I suggest that the editorial department require the authors to publish all the original experimental logs and the specific temperature and pressure curves for the material synthesis."

"Otherwise, the manuscript should be rejected!"

This is no longer simply about verifying the data in the paper.

Once the complete temperature, pressure, and time curves are submitted, combined with the material system disclosed in the paper, it is enough for top laboratories to reverse-engineer the core process window.

To put it bluntly.

This is equivalent to Jiang Yan personally handing half of the formula sheet to his competitor.

……

London, editorial office of Nature Energy.

That morning, the atmosphere was unusually tense.

After compiling the four drastically different peer review comments, editor Sarah Mitchell urgently submitted an application to higher authorities.

A small, closed-door online meeting was convened with the journal's deputy editor-in-chief and two other senior editors.

"Professor Park's accusations are very serious; academic fraud is a serious offense in academia," a senior editor wearing black-rimmed glasses said, frowning.

"If authors are not required to provide the original logs, the journal's reputation will suffer a devastating blow should a scandal break out later."

"However, the other three reviewers, including Crawford from MIT, have independently analyzed the data and confirmed that it has a self-consistent underlying logic."

The editor with the black border frowned.

"Theoretical consistency cannot prove experimental truth."

"Of course not."

Sarah nodded in agreement, her tone remaining calm.

"Therefore, we can ask the authors to submit anonymized raw electrochemical data, or we can ask them to increase the reproducibility of experiments with different batches of raw materials."

"But that's not what Professor Park is asking for."

Sarah enlarged a few lines.

"He wants the complete synthesis temperature and pressure curves, records of failed experiments, and low-level operation logs."

"This information is sufficient to deduce the process window."

"The purpose of peer review is to verify the conclusions of a paper, not to require authors to hand over all undisclosed trade secrets."

Sarah argued her case forcefully, stating that she had been a staunch supporter of the paper from the very beginning.

The meeting fell silent for a moment.

On the other end of the video, the gray-haired deputy editor-in-chief remained silent.

He stared at the four peer review reports for a while, then suddenly asked:

Did Professor Park point out any clear contradictions in the data?

"No," Sarah replied.

Have you noticed any duplicate electron microscope images, modified charts, or inconsistent statistical methods?

"No, not at all."

"Then let's not condemn the author first."

The deputy editor took off his glasses, his tone was not harsh, but he directly set the pace of the meeting.

"We only look at the evidence, not the authors' or reviewers' countries of origin."

"Professor Park's concerns about repetition are reasonable and can be retained."

"But asking the authors to disclose all failure records and complete process curves goes beyond what is necessary to verify the paper."

There are still concerns about using black borders for editing.

"But how can we rule out the possibility that the author maliciously selected the data if we don't have the complete records?"

The deputy editor looked at him.

"Verification across batches is required."

"At least three batches of raw materials from different sources were repeatedly synthesized, repeatedly assembled, and repeatedly tested."

"Authors must also submit the original, unedited charge-discharge curves, impedance spectra, and equipment calibration records."

"If the results from all three batches can be consistently reproduced, the allegations of malicious screening will naturally fall apart."

He paused for a moment and looked again at the part where Park Joon-ho requested the release of complete process parameters.

"As for the synthesis formulation and process window, these are not contents that must be disclosed in this review."

Whether a paper is valid depends on the chain of evidence.

The deputy editor-in-chief gave a cold laugh.

"Gentlemen, we all come from a materials science background."

"Everyone knows what our South Korean counterparts are like in this regard."

The deputy editor-in-chief didn't give Park Joon-ho any face at all.

"He's not questioning whether the data is fabricated; he just doesn't believe that Chinese people can do things that South Korea can't."

"To put it another way, even a fool can see that the technology presented in this paper already has mature commercial potential."

"Why should they publicly show you their core synthesis process logs?"

"Trying to use the power of peer review to plagiarize patent details?"

"This kind of underhanded scheming is too ugly."

There was a moment of silence in the conference room.

The deputy editor-in-chief's final conclusion:

"Based on the four opinions, three votes were in favor and one vote was against, but the reasons were not sufficient."

"I propose that we not require the authors to provide the core original logs, but as a balance, we would ask them to supplement several sets of repeatability verification data for different batches of raw materials."

"Change the paper status to 'Minor Revision' to directly advance to the final review process!"

"agree."

"agree."

……

The last senior editor had no objections.

A few minutes later, the manuscript was updated in the Nature Energy backend.

The status, which was originally displayed as "Under Review", has quietly changed.

A new line of English text appeared in the center of the system.

**Minor Revision.**

Minor repairs.

Meanwhile, a decision letter with eighteen pages of peer review comments began to be generated.

Its mailing address points to Beijing, China.

Changping underground laboratory.