Top Student

The length of the ribbon material can reach half a meter, which is enough to prove that this material has great application potential in the field of strong electricity.

Even, in some other application fields, too long ribbon structure is not required.

This material is likely to enter formal application research in the near future.

Everyone is excited about the result.

Such a high superconducting critical temperature is at least 20 K higher than other superconducting materials that can be used.

Compared with before, a lot of energy consumption due to cooling will be reduced.

Xing Shuping is quite satisfied with this result.

Even without breaking through the sublimation temperature of dry ice.

In the application of superconducting materials, the ability to increase the superconducting critical temperature is also a breakthrough achievement.

But Xing Shuping knew that Chen Pingqiu and others' technology in material preparation and molding was indeed very mature.

However, no breakthrough technology was used in this project.

In other words, if Xu You hadn't found these superconducting substances, these material experts would have no work to do at all.

No one is so irreplaceable like Xu You.

After Chen Pingqiu completed his report on the results.

Xu You came to the front, ready to report his recent achievements.

"I'm very happy that our 160K high-temperature superconducting material is about to enter the research field of application."

Before reporting the results, Xu You also expressed his congratulations on the results.

Xu You knew that this was a very outstanding achievement.

Even Xu You himself contributed a very important force in the whole result.

But this is still the credit of the entire team.

At least for now, Xu You must not be able to prepare and shape the material.

Hearing Xu You's words, Chen Pingqiu's expression was not disturbed.

There is still some pride in my heart.

This proves that Chen Pingqiu's direction judgment was correct.

In addition, Chen Pingqiu also wanted to know what achievements Xu You had made during this period of time.

"During this period of time, I have comprehensively studied 202K superconducting materials, using computer software integration technology to simulate its various properties on computer software. So far, it is far from the optimized process of its preparation and molding. I haven't made progress yet. But in the future, this technology is still very promising to be used in the process of assisting material forming."

Listening to Xu You's narration, the professors sitting below had different ideas.

They all know that it is very difficult for a new material to use simulation to assist material forming.

Only after the simulation technology is very mature, it is possible to enter the application step.

Chen Pingqiu also felt that Xu You must be very good at making this technology, but so far, he must have done it immaturely.

There is still a long way to go before the actual research on auxiliary material molding.

"As you can see, this is the microstructure of this material. Like various other common properties, it can also be simulated in software. For example, under standard atmospheric pressure, when the temperature reaches 1314.52K, this material will from solid to liquid."

Xu You adjusted the temperature parameters, and sure enough, on the screen, the material changed state.

Of course, what Xu You did was not just setting various data on the software.

Instead, it simulates various changes in the form of multiple complex functions.

In addition to temperature, changes in various conditions including pressure, humidity, electric field, magnetic field, etc., which lead to changes in material properties, can also be represented in simulation.

Seeing Xu You's display of this achievement, the professors below couldn't help but admire Xu You secretly.

None of the professors here could have achieved Xu You's achievement.

There is too much knowledge involved here.

Saying that this was done by a top team of dozens of people, none of them would have any doubts.

From this point of view, it is indeed an indisputable matter to have Xu You as the chief researcher of the project.

"In fact, under certain conditions, 202K superconducting materials can already be formed. For example, if I increase the pressure to 100GPa, at this time, the material will overcome the huge repulsion and aggregate together. However, when the After the ultra-high pressure is removed, they will disperse and return to tiny particles."

Xu You adjusted the pressure data back and forth. Correspondingly, the matter on the computer screen also showed changes of aggregation and dispersion.

At this time, Chen Pingqiu interjected:

"In this case, it is a problem with room temperature superconductors under ultra-high pressure. It also requires huge costs to maintain the formed state of the material. Perhaps, research on how to reduce the cost of manufacturing high-voltage states is a new one worth exploring. direction."

From an objective point of view, what Chen Pingqiu said was completely correct.

However, saying it at this time inevitably has such a meaning:

It is basically infeasible to perform a molding process on this 202K superconducting material.

"Ultra-high pressure...maintains material forming..."

But when Xu You listened to Chen Pingqiu's words, he suddenly had a new idea.

"Is there a way to make the material not disperse due to the reduction of pressure after it is formed under ultra-high pressure?" Xu Youxin said.

Under this trend of thinking, Xu You's attention suddenly shifted from the report of the results to thinking about this issue.

One after another, 202K molecules floated back and forth in Xu You's mind.

Before he knew it, Xu You directly entered the state of flow in front of so many people.

At this moment, Xu You's biological clock time became very slow.

Even the blinking movements of the professors below, in Xu You's eyes, seemed to be in slow motion.

In Xu You's mind, those 202K molecules gathered together and then dispersed due to the change of pressure.

This process is repeated continuously.

"If there is a kind of lock that can lock these molecules together after they gather together, it would be great to prevent them from spreading." Xu You thought.

"Wait a moment!"

At this time, Xu You suddenly had a new idea.

Like temperature, magnetic field, electric field, etc., can be an invisible lock.

If the conditions are right, it is entirely possible to lock the molecules of the substance.

Even removing the high-pressure conditions does not allow these molecules to scatter again.

Xu You didn't realize that the way he was in a daze above made all the professors present feel confused.

Even Qiao Sen had never seen Xu You like this before.

"Xu You!"