Chapter 632: Did This Directly Flip the Table?

11 AM.

Xu Qingzhou's pen tip tapped lightly on the manuscript in front of him, looked around, and said in a deep voice:

"MXene/carbon nanotube composite aerogel, nitrogen/boron co-doped carbon nanotubes, high-entropy sulfides (FeCoNi-S), currently these three materials are determined. Does anyone have any supplements?"

Zheng Xu and others shook their heads.

These three materials and phosphorus-modified carbon nanotubes loaded with sulfides have common similarities.

Just like the first one mentioned above, MXene (TiCT) and CNT form a three-dimensional conductive network, which has both physical confinement and chemical adsorption, and the polar surface replaces the chemical anchoring effect of phosphorus.

"These materials can be tested within half a month." Zheng Xu said slowly.

"This part is left to you guys first."

Xu Qingzhou nodded and prepared to go to Zhao Shengwen's side to stroll around, so as to grasp the latest experimental progress.

The lithium dendrite group has now raised the energy density of lithium-ion batteries to the theoretical level, and the performance is stable. From today, it officially enters the 'hard bone' (tough) stage of lithium dendrites.

The goal transitioned from "inhibiting lithium dendrites" to "solving lithium dendrites".

After checking in the laboratory and confirming the progress, Xu Qingzhou returned to the office.

The superconducting thin film group's experiment officially ended on the 31st.

Xu Qingzhou generously gave the three people in the group a few days of vacation. In December, in order to catch up with the experimental progress, Li Yi and the others almost slept in the laboratory.

According to Xu Qingzhou's idea, keep the members of the superconducting thin film group, but turn to research on controllable nuclear fusion.

The number of people in lithium dendrites and shuttle effect is enough, no need to increase manpower. Now it is just right to lay the foundation for controllable nuclear fusion in advance.

It is impossible to build an engineering pile now.

Although this thing is not as terrifying as nuclear fission, it still has danger and will not be carried out in the urban area of Kyoto.

The specific address of the engineering pile is not something to consider now.

Xu Qingzhou prepared to first carry out three types of experiments at the research institute: superconducting magnet verification, plasma AI control, and radiation-resistant material testing; this first step required building the laboratory first.

This requires pulse magnetic field generators, small tokamak vacuum chambers, ion beam irradiation devices, etc.

If you want to get it all down, you need at least 500 million in funding.

This is not enough to hurt the bones for Zero Point Technology, which just sold battery patents. After he and Song Yao discussed it, the work of purchasing equipment was handed over to Ross, the manager of the overseas offshore company.

The last batch of equipment was handled by Ross, and he has a lot of experience in this area.

The superconducting thin film experiment ended, and Zero Point Technology had been applying for patents very early. At 8 PM, the latest research results were synchronized on the official website of the Kyoto Materials Research Institute.

Announced that the research institute completed the phased improvement of superconducting thin film performance, revolutionarily raising the Jc value to 5.0×10⁶ A/cm².

This point is exactly when the internet is most lively. Sure enough, as soon as the news came out, comments appeared in the comment area, and it became lively under the official website.

"Damn, who can explain to me, what is this concept?"

"Although I don't understand, I am greatly shocked!"

"666!"

"Awesome, 5.0×10⁶ A/cm², directly throwing away the world's top level by a large margin!"

"If it is said that Professor Xu doing superconducting thin films before was just from a 'small kara-mi' (insignificant person) to sitting at the table, then now it can be said that Professor Xu directly flipped the table."

"This means that power grids, magnetic resonance equipment... even controllable nuclear fusion engineering, in the near future, will usher in an unprecedented revolution!"

"Damn, it's over, the project that my little guide and I have been doing for half a year, feels like it's going to be cold!"

"No, brother, last June, didn't a large batch of project groups doing superconducting thin films die? Why are you still playing against the wind, and instead go to research superconducting thin films?"

"Yeah, so iron-headed? Our group originally planned to do superconducting thin films, but finally gave up. You don't know how 'rolled' (competitive) the superconducting thin film field is."