Starting from a top student and marching towards the sea of ​​stars

Chapter 467 This is the Science Fiction Island
"I never thought that for a physics problem, a mathematical model could predict it more accurately than a physical model. This is really incredible."

"Yes, so I said before that we should not always stay in the past mindset. Many things we think are final may actually be inaccurate or even wrong. Such things have actually occurred many times in the history of academic development."

Ning Chen was not surprised at all by such a conclusion. Even before these theories were fully constructed, Ning Chen had already guessed such a possibility.

It is precisely this spirit of courage to explore that enables the technological development of human civilization to continue to make progress rather than stagnate.

In the following period of time, Ning Chen continued to lead everyone to analyze the mathematical model of this 290K room-temperature superconducting material, and discovered more information that had not been obtained before.

"If we strictly follow the standards of room temperature superconductivity to evaluate the mathematical model of this room temperature superconducting material, we will find that this room temperature superconducting material is far from being as perfect as we imagined before. Even if we just pick out a few places at random, we can find a lot of room for improvement. Although the actual operation will definitely not be that easy, it is enough to prove that we still have a lot of room for improvement in the research of room temperature superconducting materials..."

Following Ning Chen's analysis, everyone gradually realized that what Ning Chen said was indeed true, because they could also understand the logic behind it.

This model building method with mathematics as the core can more accurately and fundamentally show the structure and properties of a substance. As long as you can understand the principles and core of this modeling method, you can relatively easily recognize the essence of material structure design.

"Yes, Professor Ning, we must admit that your method is very unique. Next, what we need to do is to use this mathematical model as a reference to rebuild a better room-temperature superconducting material model..."

This matter does not seem to be complicated, because now they can find many areas for improvement, but in fact, it is not enough to improve from only one angle. If you want to create room-temperature superconducting materials that are more suitable for application, you need to consider factors in many different dimensions.

For example, if we only consider the superconducting critical temperature of the material, it seems that we can make better room-temperature superconducting materials. But after all, Ning Chen and his team’s goal is not just to make some materials in the laboratory. In addition, many other properties of the material are equally important.

These other properties include whether the substance can be synthesized into wire and strip materials, whether the stability of the substance is excellent, the synthesis cost of the substance, etc.

Only by taking all these important properties into consideration can we create a room-temperature superconductor that satisfies everyone. However, the balance between these different properties is very difficult to master.

"Now let's formulate new model requirements and strictly determine the required proportions of various properties of the new room-temperature superconducting material, so as to make the material that best meets our requirements..."

Under Ning Chen's organization, everyone began to discuss their requirements for the properties of this new room-temperature superconducting material.

If we follow the most ideal situation, everyone naturally hopes that all the properties of room-temperature superconducting materials can be excellent. Of course, such a perfect thing is definitely not so easy to achieve.

This feeling is like in some games, where the protagonist has a certain number of attribute points at the beginning, but must choose to allocate them among the various attributes, and it is impossible to directly max out all the attributes.

In this work, the participation of Xu Zhou and others played a very important role. As very experienced materials experts, they knew clearly which properties were more important in the application of materials and which properties were relatively less important.

After three days of discussion, we finally worked out the distribution ratio of the materials. This work took much longer than everyone had imagined.

But in fact, the difficulty of this kind of problem is sometimes even greater than that of purely technical problems, because the content involved is so complicated and everyone has different opinions on it.

Ning Chen will mainly base his ideas on his own, but he will also actively accept suggestions from others. After all, everyone has different knowledge and focuses on different things. Even if there may be some errors, Ning Chen will still refer to them as appropriate.

After Ning Chen finalized the material design standards, everyone stopped hesitating and immediately prepared to move on to the next stage of work.

"If we can design a new type of room-temperature superconducting material according to this requirement, this room-temperature superconducting material will not only surpass our previous 290K room-temperature superconducting material in other properties, but its superconducting critical temperature will also be much higher. This means that we will go one step further in the field of room-temperature superconductivity and have a deeper understanding of the various mechanisms related to superconductivity..."

Ning Chen and others naturally do not want to design a room-temperature superconducting material with serious shortcomings. Therefore, everyone has allocated enough "attribute points" to each key property to ensure that this will be a room-temperature superconducting material with very strong comprehensive performance.

Even if we only take one property out alone, this room-temperature superconducting material is superior to other substances.

Of course, compared with other properties, what Ning Chen and others value most is naturally the superconducting critical temperature of this material. After all, this is the most core issue in their research.

Ideally, the superconducting critical temperature of this room-temperature superconducting material under a standard atmospheric pressure can reach 300K or even higher, which will greatly improve the environmental adaptability of this room-temperature superconducting material.

It can be said that if it is in an area where the average temperature is not that high, this room-temperature superconducting material will naturally maintain a fully conductive state most of the time without the need for any other artificial conditions to be imposed.

Even in areas with higher average temperatures, the cost of superconducting power transmission will be much lower. Therefore, overall, the application value of this technology can be said to be very huge.

What's more, simple superconducting power transmission is not the only direction Ning Chen wants to study. In addition, Ning Chen also hopes to further develop the role of room-temperature superconducting technology in other fields such as aerospace.

After the next stage of work began, everyone quickly got into the state. Under Ning Chen's leadership, everyone burst out with more powerful abilities than usual and broke through their previous limits.

Needless to say, Ning Chen and Song Xiyun's stable performances were outstanding, but what surprised Ning Chen even more was the working status of the other new members.

At the beginning, Ning Chen was a little worried that they might not be able to adapt to this new way of working, but it turned out that Ning Chen's worries were a bit unnecessary.

Not only did they adapt well to the working mode of this brain biological computing machine architecture, but they also performed very well in the production of mathematical models. The efficiency of this kind of united and collaborative work is indeed higher than that of Ning Chen and Song Xiyun working together.

As they watched the mathematical model of room-temperature superconducting materials they constructed getting closer and closer to their ideal state, everyone felt very excited and realized that they had seen the dawn of success.

Of course, Ning Chen would not demand the same of everyone in the project team as he did of himself and Song Xiyun. After all, it was difficult for others to reach the same work intensity as the two of them.

"Okay, that's all for today. You can have a good rest tonight, and tomorrow's work hours can be two hours later than usual."

After hearing Ning Chen's words, everyone couldn't help but breathe a sigh of relief, because for them, the intensity of work during this period was indeed too high.

If it weren't for the support of technology like the brain charging device, the work would probably not last until this day, and many people would have collapsed from exhaustion at their research posts ahead of time.

"Great, we can finally take a break. I thought that coming to the Sci-Fi Island, I could enjoy the futuristic lifestyle there, but now it seems that people in the future will have to work harder than us..."

Sui Feng couldn't help but vent all the emotions that had been accumulating in his heart. Everyone looked at Sui Feng's complaining look and couldn't help but smile bitterly.

"Haha, Mr. Sui, no one has ever said before that we come to the Science Fiction Island to enjoy the future life. The reason we come to the Science Fiction Island is just because we can use the most advanced science fiction instruments and the most advanced research methods here. Look at that academic researcher here, is he really here to enjoy life on the Science Fiction Island?"

"That's right, Mr. Sui, if you can pay for the expenses of coming to the Science Fiction Island, you can do whatever you want here every day. But we only have the opportunity to come to the Science Fiction Island thanks to Mr. Ning, don't you think so?"

Faced with everyone's rebuttal, Sui Feng could only sigh, scratched his head and explained:

"Well, I don't really want to complain, but I'm really too tired during this period. I feel that my body has been working at full capacity, and my brain is even more overloaded. It's all supported by this brain charging device. Of course, I will definitely continue to participate in the project, and I also look forward to our eventual creation of better room-temperature superconducting materials."

"Well, I can understand how Professor Sui feels. The pace of research here is indeed very strenuous. It can be said that it is an overload test for everyone. I am very grateful that everyone is willing to come here."

Ning Chen's answer was relatively tactful. In fact, Ning Chen had been using Xiaozhi's information perception function to monitor everyone's physical condition, ensuring that everyone could maintain a relatively good physical condition.

Although Sui Feng is indeed quite tired at the moment, it is still within a safe range. It can only be said that Sui Feng's usual work intensity is a little too easy compared to others, so he is not so used to it at this time.

"Okay, Teacher Sui, just be content. Teacher Ning and Teacher Song's work intensity is much greater than ours. I remember one time, Teacher Ning and Teacher Song worked for a month straight without any rest in between."

"At that time, there was no technology to recharge the brain. They all relied on their strong willpower to persevere. We don't have as strong abilities as them, but at least we can't lose to them in terms of work enthusiasm."

"Okay, I got it. I'll have a good rest when I get back, and I'll continue to work hard."

…………

After a short break, everyone continued with their work.

This short break had a very good restorative effect. Everyone seemed to be working very hard, and the research was proceeding relatively smoothly.

When the mathematical model of this new room-temperature superconducting material reached 90% completion, Ning Chen made a new decision.

As the day's research was coming to an end, Ning Chen gathered everyone together and explained his thoughts.

"Everyone, the research work on the mathematical model of this superconducting material will be handed over to Song Xiyun and me, and you can start the relevant experimental work first. If everything goes well, our work should be able to be well connected later..."

Listening to Ning Chen's words, everyone had different feelings in their hearts.

In fact, several people including Xu Zhou, Yuan Shuai, Sui Feng, and Pierce all hope to work with Ning Chen and Song Xiyun to complete the remaining mathematical modeling work of room-temperature superconducting materials.

But they also knew in their hearts that Ning Chen's decision was definitely a very rational and the most efficient arrangement.

Looking at the micro-expressions on everyone's faces, Ning Chen naturally knew what everyone was thinking, so he quickly explained:

“I know that everyone wants to continue to participate in the work on mathematical modeling. We have been doing this work together for so long, and we all hope to see the final results. However, the future work may be more difficult and require more professional mathematical knowledge, so I still have to make this decision…”

There was a hint of helplessness in Ning Chen's words. In fact, at the beginning, Ning Chen just wanted everyone to be able to get in touch with this new research method. He didn't really have particularly high expectations for everyone.

(End of this chapter)