Maybe for Li Mu, watching science fiction movies is a little unwise.

After all, for a scientist, there is always something wrong when watching science fiction movies.

Especially this science fiction movie, when the rigor is not high enough.

For 99 percent, or even 100 percent of science fiction films, it is impossible to achieve perfection in terms of rigor, after all, artistic processing always has a little human factor.

It's just that for scientists, such imperfections can make them feel like they want to complain.

It's like if you ask a real mathematician to read the fragment of proving mathematical conjectures in the online article, it is estimated that it will be an expression of [the old man in the subway looks at his mobile phone .jpg], thinking what kind of hook is this b author wrote?

Of course, Li Mu still restrained himself from complaining about this movie with Yun Rongsheng, who made this movie his choice?

After watching the movie, it was already late.

Li Mu didn't stay any longer, and sent Yun Rongshang back to the house where she lives now - in fact, it is not far from the Shanghai Central Building, just on the street, and of course there are apartment accommodation buildings or something in this CBD area, as for the house price or something......

For their company now, this amount of money is still out, and they directly went to the company's account to buy a set for Yun Rongsheng.

After seeing Yun Rongshang walk into the apartment building, Wang Meng sent Li Mu back to Sheshan Scientific Research Institute.

……

Time passed slowly.

The news of superconductors at room temperature is still noisy and has gradually attracted the attention of the whole world.

Those people abroad have shouted for Huaguo to disclose the production process and formula, and asked to send people to come and learn.

In this case, Hua Guo said, you can send people over, but only to see how powerful our LSC alloy is, as for learning, it is impossible.

Of course, they don't need to come to see, Huaguo has shot a lot of videos about LSC alloy, and in order to show the superior performance as a superconductor at room temperature, in less than half a month, the State Grid Corporation has built a superconducting transmission line with a total length of 1.67 kilometers, and then detect the size of the input current and the size of the output current.

Obviously, after passing through the 1.67 km superconducting transmission line, the output current does not change at all, and there is no loss at all.

Of course, there will still be losses, and the resistance of the superconductor itself is not strictly speaking, but it is so small that it is completely negligible, almost impossible to measure, and there is no absolutely rigorous experiment to prove that it is 0, according to the determination of the physical community, if the resistance measurement value is less than 10^-25Ω, the resistance can be considered to be 0.

With such a little resistor, it obviously takes a long time to completely lose the current inside.

Therefore, after this video was released, it set off a very huge response around the world.

People can't predict how much electricity can be used as much electricity as it generates and how much change it will bring to the world's energy pattern, but for now, people can be sure that such a change will also imperceptibly affect the world's pattern.

As a result, the other countries are even more urgent.

And in this experimental video, it is also highlighted that there is no longer any need for a transformer for the transportation of current, and the AC voltage of 220V is directly hung up, and a socket is connected to the input port, and then the actual charger is directly plugged in and charged.

With this function, maybe you can provide a shared socket under each pole in the future, and when the mobile phone runs out of power when shopping, you can just plug it in and it's over, and you can't use the transformer anyway, so as to reduce costs.

In the same way, this is more meaningful for laying charging piles, if it is a high-voltage transmission like before, such a voltage must be reduced to the corresponding voltage through the transformer before it can be charged, and now, it also saves the cost of the transformer.

Of course, this is obviously bad news for those transformer manufacturers.

但是不管如何，在历史的潮流之下，总是会有一些事物不断地被淘汰。

Natural selection applies not only to the biological world but also to these things, and there will always be something new in an era.

It's like the universal charge back then, and now you can only ask "where is it now".

Obviously, before the trend of the superconducting era is approaching, transformers belong to a group of things that will be submerged.

Of course, no matter what, the foreign transformer market must still exist, after all, as long as China does not export a large number of LSC alloys to the outside world, one day foreign countries will also need transformers.

As an institution that has developed superconductors at room temperature, Sheshan Research Institute has also become famous, from being only a little famous in the domestic academic community to now, it has become famous in the world.

Although most of the foreign countries know that Li Mu left Oxford University and returned to China, they do not know where Li Mu went after returning to China.

What about the theory of specialization?

Why did you suddenly study the material?

The crowd was shocked.

So, many of the foreign friends at the beginning also called Li Mu and congratulated him.

It's just that there are also some people who are "ordered to call".

It is nothing more than wanting to get some detailed information about superconductors at room temperature from Li Mu's mouth, and some people even hint that Li Mu has a chance to win the Nobel Prize in Physics again only by disclosing the synthesis method of LSC alloy.

Of course, there is also a hint to Li Mu, saying that he can win two more Nobel Prizes in physics with the theory of superconductivity and LSC alloys, plus the one in 2022, a total of three times.

If a person wins three Nobel Prizes in physics, he will inevitably leave a strong mark in the history of science.

However, for Li Mu, he had already gotten it once, so he didn't care much at all.

Anyway, winning both the Fields Medal and the Nobel Prize in Physics is enough to make it a big deal, so it doesn't matter at all.

Therefore, he completely ignored the hints of these "friends", and did not explain anything about LSC alloy, but only made it clear that this was indeed his research, and then took the other party to remember the time when he discussed academics in his words.

Let these "friends" feel ashamed of this ill-intentioned phone call to him.

It doesn't matter if you're not ashamed.

Anyway, Li Mu is not going abroad now.

On the other hand, the spring recruitment of Sheshan Scientific Research Institute has also begun, although the time is relatively late, but because of the fame of this time, it still makes the atmosphere of this spring recruitment extremely hot.

However, it is said that it is a spring recruitment, in fact, it only recruits doctoral graduates or doctors who have already graduated, and they intend to be postdoctoral fellows.

Recruiting these doctoral graduates can naturally be regarded as providing a talent reserve for scientific research institutes, and by the way, it can also be regarded as some miscellaneous work.

毕竟他们研究院内的大牛做实验的时候总需要一些干杂活。

In short, this recruitment has also directly expanded the number of researchers in their research institute to more than 260, and the average number of researchers in several faculties is quite large.

After the number of people is so large, Li Mu no longer considers continuing to expand the enrollment, and the upper limit is capped at 300 people, to ensure that the average level of their scientific research institutes is high enough, for now, do not seek to rank in the forefront of the world, at least in China, there are basically no competitors.

……

"The detection topic [analysis of the electronic behavior of the material synthesis process] has been completed, and the simulation space is closed."

The voice of the system sounded in his head, and then, Li Mu felt that his consciousness automatically withdrew from the simulated space.

When he opened his eyes, his brow furrowed slightly.

After such a long time, the project he set at the beginning was finally completed, of course, in fact, since he synthesized the superconductor at room temperature, he could have completed it, but he also synthesized the lithium-sulfur battery he had prepared before, so it has been delayed until now.

Because of this, he didn't feel sorry for the end of this simulation space.

"Thanks to the system, thanks to the computer in my mind, I got to the room temperature superconductor and the solid lithium battery by the way."

李牧在心中默念了一声，随后，打开面前的电脑，通过脑海计算机连接上电脑，接着又将脑海中早已写好的文章复制、粘贴到了电脑中。

All of a sudden, the newly created document in front of me, which was originally blank, immediately had more than 120 pages of content.

Of course, the title is not called "Analysis of Electronic Behavior of Materials in the Synthesis Process", but is directly named by him "Principles of Electronic Behavior of Materials".

His paper perfectly explains how the behavior of electrons affects the various properties of materials in materials.

Extrapolating from these behaviors can also help people to choose the synthesis method when trying to synthesize a material, what kind of behavior should be made by the electrons in it.

Although it will still be troublesome, at least to some extent, it can be regarded as a microscopic theoretical guide for the synthesis of materials.

光从这一点来说，对于整个材料界就有着划时代的意义。

And the most important thing is that this theory also reveals many phenomena that scientists have not been able to discover in the past, and these phenomena can be regarded as Li Mu's direct observation with the "naked eye" in the simulated space, after all, the simulated space allows him to directly see the microscopic world, and naturally he can see those phenomena that cannot be seen by the real microscope.

Then he can use mathematics combined with experimental data to deduce it.

This will bring a new horizon to the whole materials science.

In addition, his theory is also a boon for computational materials science.

Since the birth of density functional theory, computational materials science has gradually begun to rise, and now, his article "Principles of Electronic Behavior of Materials" will once again bring a major guiding theory to computational materials science.

Therefore, it is conceivable that the computational materials science will fall into madness again.

不过，这就得先等李牧将这篇论文公布出去了。

Of course, the current Li Mu didn't have the heart to do it, because the voice of the system sounded again.

"Congratulations to the host for completing the task [New Material Synthesis Theory]"

"The completion of this mission has brought 30,000 energy points to the upgrade, and the current upgrade progress is 45,787/150,000."

Li Mu's eyes lit up, 30,000 points of energy, not bad.

It's just a pity that there are no additional rewards this time.

However, immediately after that, the system issued the next task.

"Computing power upgrade task promulgated——"

[Practice of New Theory]

【任务介绍：实践是检验真理的唯一标准，一个理论的正确与否，需要在实践中去证实。 】

[Purpose: To use the "Principles of Electronic Behavior of Materials" to develop a new material. 】

After reading this task, Li Mu was stunned.

Dog, it was waiting for him here!

Using the simulated space of this topic, he prostituted superconductors and solid electrolytes at room temperature, and when he finished prostitution, he was asked to use this theory to re-study a new material.

"Made, I also practiced superconductors and solid electrolytes at room temperature, so why don't they count?"

"Okay, okay, that's the mission, right?"

Li Mu complained frantically, but the system said he couldn't hear it.

In the end, Li Mu could only reluctantly accept this fact.

Okay, research is research.

Before that, I can send this paper out.

(End of chapter)