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

Chapter 469 Successful synthesis!

However, just this general way of explanation was enough to give Xu Zhou and the others a headache. Even if they tried their best, they could only understand part of the content.

"Ah, it seems that our math ability is still too poor. If we have time later, we must make up for our math knowledge."

"Well, I also suggest that you can really study mathematics in the future. This will definitely be of great help to you. Of course, even with your current abilities, it will not affect our future work."

The subsequent work of the experimental group is to use this mathematical model as the core, to synthesize room-temperature superconducting material with a theoretical superconducting critical temperature of 300K, and to test its various properties. This work mainly examines everyone's materials science capabilities.

Moreover, with Ning Chen, an expert in both mathematics and materials science, present, there is naturally no need for others to have strong mathematical abilities.

After a brief exchange on the mathematical model of room-temperature superconducting materials, Ning Chen gradually shifted the topic to materials science.

"Based on our mathematical model, the theoretical superconducting critical temperature of this room temperature superconducting material is predicted to be a little over 300K. As long as we can completely synthesize this material, the superconducting critical temperature value will be completely accurate. We can temporarily call it '300K room temperature superconducting material'..."

When talking about materials science topics, all the materials science experts in the laboratory felt much more accustomed to it. They no longer felt as headache as before when talking about mathematics.

"I see... This mathematical model can be said to be a completely standard answer. We don't even need to change any details in it to complete the preparation of the target substance. However, this kind of 'copying the answer' is actually not that easy to do well."

"Yes, this mathematical model only tells us what the answer is. As for how to get the answer, we still need to rely on our own abilities. We can't even give a definite answer as to whether the answer can be obtained."

This level of difficulty is even more difficult than simply creating a naturally occurring substance in nature, because even nature may not be able to synthesize this substance at present.

The only thing Ning Chen could be sure of was that this substance definitely existed in theory, and its actual properties must be the same as in theory.

"Well, actually our current mathematical model research technology is not mature enough and can only help us complete part of the work. My ideal technology is to be able to solve the problems related to material synthesis at the same time. In other words, this will be a reference answer that includes the steps to solve the problem..."

After hearing what Ning Chen said, Xu Zhou felt a little uncomfortable with it.

"Teacher Ning, if such a powerful technology really exists, it would naturally be a very amazing thing. But I personally don't want such technology to really appear, because it means that materials science does not actually exist..."

Xu Zhou's worries are not groundless, because if mathematics really develops to this level, then there is really no need for materials science to continue to exist. Even more complex material synthesis technology can be replaced by mathematics, and materials science will no longer have any meaning to exist independently.

Compared to Xu Zhou's worries, Ning Chen didn't think such a situation would really happen.

"Don't worry, Professor Xu. No matter how advanced the mathematical models are, materials science will definitely continue to exist. These mathematical models only help us solve the problems of materials science. This world is colorful, and it won't be easy for one discipline to be completely replaced by another..."

The reason why Ning Chen was able to come to this conclusion was largely due to the system's division of various disciplines.

Since the system will set up a separate branch of materials science, it at least proves that materials science will continue to exist in the future and will not be replaced by mathematics or other disciplines.

In addition, the universe has gradually developed from simple to complex. Even if the essence of the universe can be found in it, it will not make the universe monotonous. Therefore, Ning Chen firmly believes that every subject in the universe has its independent value.

"Teacher Ning, since you said that, I won't worry about anything anymore. Of course, as a materials researcher, I still hope that materials science can have a higher status."

"Well, actually, each discipline can complement each other. Mathematics can lead the research of materials science, and when I study materials science, it sometimes helps my mathematics. I still hold the same view as before. It is always a good thing to expand my research field..."

…………

In the following period of time, Ning Chen and others focused their energy on the synthesis of this 300K room-temperature superconducting material.

Under the leadership of Ning Chen and Xu Zhou, everyone solved the difficult problems encountered in the research one by one, and the completion of the project was constantly moving forward.

Among them, Ning Chen's rich experience in superconducting material research played a very important role, and this research method of the brain's biological computer structure also gave everyone's research a powerful boost.

Coupled with the auxiliary effect of the brain charging device that can replenish everyone's energy, everyone can always maintain relatively abundant energy even if they continue to carry out high-intensity work.

Finally, with everyone's continuous efforts, they finally succeeded in exploring the synthesis method of this 300K room-temperature superconducting material.

"Huh... Following these steps, we can definitely synthesize this substance. Although this synthesis method may not be the best one, it is at least one of the correct answers..."

Since mathematical models cannot provide solutions for material synthesis, we can only use knowledge of materials science to continue exploring, and the number of failures experienced in the process is countless.

"Teacher Ning, it is already very difficult for us to find a synthesis method. As for the optimization of the synthesis method of this material in the future, this can be regarded as another research topic."

Ning Chen naturally hopes to solve more problems at once, but Ning Chen also knows that now is not the time to rush for success, and many problems still need to be solved one by one.

During the material synthesis experiment, Ning Chen couldn't help but express his praise to Sui Feng.

"Teacher Sui, you did a really good job this time. You helped us solve many problems in materials synthesis. If it weren't for Teacher Sui, I'm afraid we wouldn't be able to complete these tasks now."

Being praised by Ning Chen like this, Sui Feng seemed a little embarrassed. He scratched his head and said:

"Teacher Ning, you are too kind. I am just doing my job. This project is indispensable to everyone, but it can still proceed normally without me." Xu Zhou couldn't help but interrupt.

"Okay, Mr. Sui, Mr. Ning is just being polite to you. I guess the reason why Mr. Ning wants to praise you is because in Mr. Ning's eyes, your previous performance was too ordinary, so this time there will be some strong contrast..."

Xu Zhou's words brought smiles to the faces of everyone in the laboratory. This kind of joyful laboratory atmosphere is relatively rare in the usual serious laboratory life.

In fact, at such an important moment, everyone hopes to relax the atmosphere in the laboratory a little bit in this way. After all, if the emotions are always tense, it will increase people's fatigue to a certain extent.

"This synthesis experiment has more experimental steps. We don't expect to complete all the tasks in one day. We can make the final product within two days."

"It's okay, Teacher Ning. We are all willing to work overtime to complete this last experiment. Even if we have to work for two days and two nights in a row, I will definitely not have any complaints this time..."

It was rare for Sui Feng to take the initiative to suggest working overtime, which made Ning Chen doubt his ears. But looking at the serious expression on Sui Feng's face, Ning Chen knew that Sui Feng was not joking this time.

"Okay! Then let's make a concerted effort this time and successfully prepare this product! As long as we ensure that there are no problems in each experimental step, the final experimental result will definitely be smooth."

Under the leadership of Ning Chen, everyone started the synthesis of this room-temperature superconducting material.

This time, everyone performed at their best working state, and almost every experimental step was completed accurately and efficiently, without any mistakes or experimental delays.

Finally, after everyone worked continuously for 24 hours, the final experimental product was finally successfully synthesized.

The moment the experiment was completed, Ning Chen immediately analyzed the experimental product through Xiaozhi's information perception function.

And the final result did not disappoint Ning Chen.

"That's right... this is the 300K room-temperature superconducting material we designed earlier! Our experiment this time can really be described as 'perfect'!" Ning Chenxin said.

The others didn't know that Ning Chen had already completed the analysis of the substance. They were still nervous about the final results and couldn't wait to test the substance.

"Teacher Ning, let's continue testing this substance! This work won't take too long, and we will know whether this substance is what we designed before."

This time, it was Sui Feng who continued the work. It could be seen that Sui Feng was really eager to know the final experimental result, even though they had been working for 24 hours without a rest.

"Okay, then let Teacher Sui complete this experiment. If you feel tired, you can take a break first. The remaining experiments are not so urgent."

Since Ning Chen already knew the results of the experiment, he was naturally calmer than others.

After hearing Ning Chen's words, no one asked to take a break, and everyone was willing to continue the experiment.

After receiving Ning Chen's instructions, Sui Feng hurriedly took the samples and began the experiment of measuring the material structure.

After many careful comparisons, Sui Feng finally confirmed that the material they synthesized this time was their ideal 300K room-temperature superconducting material.

"Yes, this is exactly the same as the room-temperature superconductor we designed! There is no difference in every detail!"

After reaching this conclusion, Sui Feng was as excited as a child. This meant that all the work they had done was completely worthwhile.

"Teacher Sui, the next measurement is the key. Although this material is exactly the same as our design, we are still unsure whether it is a room-temperature superconductor with a critical stability of 300K, or even whether it is a superconductor at all."

"Don't worry, since Teacher Ning has already made a prediction, there will be no problem. Of course, what we have to do now is to continue measuring other properties of this substance."

No matter how much trust everyone has in Ning Chen, the next experiment must continue, and the first experiment to be done is naturally the experiment on the complete conductivity of materials.

"Hey, this is the first time we have done a full conductivity experiment at such a high theoretical superconducting critical temperature. In this experiment, we don't even need the coolant."

"Yes, not only that, we even need to heat the superconducting circuit. The current indoor temperature here is lower than 300K. Although this material can achieve complete conductivity at this temperature, this is not its superconducting critical temperature."

Listening to Ning Chen's description, everyone felt that they had never fought such a rich battle before.

"I never imagined that one day we would need to heat a substance when conducting a complete conductivity experiment. If I had heard this a few years ago, I would have thought that person was crazy."

As they talked, everyone worked together to build a superconducting test circuit for this material.

The construction of the test circuit this time was relatively easy because the coolant step was omitted, and even some students with stronger abilities could do this job.

After the test circuit was constructed, Sui Feng closed the switch of the superconducting circuit and checked the data in the circuit.

The moment he saw the test data, Sui Feng couldn't help but scream.

(End of this chapter)