Super God-Level Top Student

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The lively wedding finally came to an end.

It must be said, Qiao Ze's wedding gift imparted a special significance to this wedding.

Adding to that, the material model was developed by Qiao Ze himself. At today's wedding banquet, there were quite a few researchers from major national material science laboratories. Hearing about the emergence of a new element, it was naturally impossible for them not to be intrigued.

Luckily, Qiao Ze didn't disappoint.

Just as he had told Li Jiangao, the paper was already prepared, so the following day, two papers were directly published on the official website of "New Discoveries in Mathematics and Physics".

Besides the method of synthesizing the new element, there was also the paper on Containment Gravitons that Edward Witten had been lured from Princeton to Huaxia to publish jointly.

The paper on the new element had no peer reviewers, but it included detailed methods of laboratory synthesis and verification, with comprehensive data. Just as Qiao Ze had said, there were fully six laboratories around the world that could immediately verify the findings by following the methods described in the paper, to ascertain its value.

As for the paper on the high-dimensional graviton wave function, Edward Whitten could be considered a peer reviewer.

Of course, if they had taken the time to have a few peer reviewers formally review it before publishing, it would have just caused a delay, but Qiao Ze wasn't too fond of those formalities.

"New Discoveries in Mathematics and Physics", co-hosted by Xilin University of Technology School of Mathematics and the Mathematics Research Institute, was still in its accumulation phase, and there weren't many outstanding papers yet, so this was the perfect opportunity to bolster its reputation.

Okay, actually all the above were very minor reasons.

The main reason was that without seeing the papers, the researchers and academicians who attended the wedding banquet the day before were simply refusing to leave Xilin.

There were too many people, and Qiao Ze simply couldn't meet them all; moreover, the guards at the Xilin Mathematics Research Institute strictly followed Qiao Ze's instructions, barring anyone without a scheduled appointment and permission from entering.

Really, very professional.

But nobody could stop an academic discussion from happening outside the Xilin Mathematics Research Institute.

Xilin's weather in June was rather nice. With an academician leading, dozens of researchers held a meeting outside the Institute to discuss the potential properties of the new element—obviously, they couldn't just chase them away, right?

The effect was immediate and impressive.

Qiao Ze could turn a blind eye, but the university leaders were so anxious their mouths were practically blistering with impatience.

Releasing them into the wild, so to speak, these high-profile figures, many of whom received stipends from Huaxia, were now holding open-air meetings in Xilin, which seemed rather negligent.

The university wasn't without large conference rooms.

But these big shots were not easy to solicit, and everyone felt that the road outside the Academic Research Institute was quite the feng shui treasure. Using it for discussions seemed to inspire more ideas.

Once again, it was proven that when people are willing to set aside their pride, there's always a way to turn the impossible into possible.

By Monday, the papers were online, and everyone was satisfied.

The new element's name could be ignored for the moment, but everyone was eagerly anticipating the method of its synthesis.

It was one thing not to know, but once aware, it really felt urgent not to delay.

Luckily, with the publication of the papers, everyone was satisfied, and the enthusiasm for the open-air discussions waned.

It was now time to return to the laboratory and study the paper—that was the proper course of action.

Even without the equipment to replicate the experiment, preliminary computer simulations were still feasible.

For Qiao Ze, there was another cause for celebration: the final engineering design of the core hub carrier and explorer for the deep-sea cluster system was complete, meaning that thousands of parts had all been designed.

It was time to start looking for a factory to produce the engineering prototypes.

Dou Dou was indispensable for such efficient progress.

Not only instrumental in materials, but also in the simulation testing of various parts, Dou Dou's involvement was necessary. However, Dou Dou's greatest contribution was helping the engineering designers hit the critical points of Huaxia Industry, ensuring that the designers didn't go overboard with impractical ideas.

The final design of the Deep Sea Exploration Core Hub Carrier, when surfaced, unfolded in a shape reminiscent of a manta ray, filled with a cyberpunk aesthetic.

Dou Dou even prepared a final rendered image.

And when at the sea bottom, the arms made of flexible materials would close, retracting the tail's satellite communication antenna to protect the internal precision instruments, ultimately resembling a submarine.

The explorer, designed to mimic the shape of ordinary fish, cleverly employed a gear mechanism in its mechanical arms, allowing them to perform various functions underwater. When in full operation, the deployment of all its arms was enough to dazzle the observer.

In a non-working state, the mechanical arms could retract and enter the carrier's hull for self-maintenance.

The core driving, sensing, communication, storage, and energy devices were all sealed inside.

This bionics design could also best deceive detection devices like radars.

Of course, for a deep-sea unmanned exploration and research system, why it needed to deceive radar wasn't something the researchers and designers had to consider. Their task, following Dou Dou's mission requirements, was to first turn the engineering designs into drawings.

Of course, the corresponding blueprints weren't limited to these final renderings.

The precise component blueprints of the carrier and explorer, if printed out, could easily fill ten high-speed train carriages.

Dou Dou's contribution to the efficient completion of the designs was invaluable.

Previous blueprints were mostly computer-aided designs, this time it was artificial intelligence-assisted design with automatic verification capabilities. Past improvements involving physics inevitably required changes in blueprints and often led to chain reactions that were highly error-prone.

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