Ultimate Scholar

With the end of Li Mu's press conference, room-temperature superconductors have officially entered the world's attention.

At the same time, as more popular science articles about room-temperature superconductors circulate on the Internet, ordinary people are increasingly able to understand how closely related room-temperature superconductors are to everyone's lives.

It will bring changes to the entire human society.

Just like every era in the past, it represents a change in human living habits.

More and more people are talking about it on the Internet, and the popularity is getting higher and higher.

Regardless of whether it is abroad or at home, of course, the discussion at home is still relatively hot.

After all, room-temperature superconductors now belong to China!

It belongs to their Chinese people!

The top trending search topic for scarves is the topic of room-temperature superconductors.

Under this topic, the number one article was posted by the official account of the National Sheshan Institute of Science and Technology, about various test videos of their room-temperature superconductor LSC alloy.

Nowadays, Sheshan Research Institute has also established a publicity department, which is specifically used to promote various academic achievements of the Research Institute, as well as recruitment information, etc.

Today, this publicity department takes on an important role in promoting room-temperature superconductors.

At the live broadcast, Li Mu only demonstrated the Meissner effect. Although the Meissner effect was enough, more detailed experiments, such as the most important zero resistance experiment, can convince more people. .

Therefore, in this video, the various miraculous functions of LSC alloy are fully demonstrated.

There are tens of thousands of comments under this video.

Although it is only tens of thousands, it is enough to show that the Chinese people are able to attract such attention to a hot search purely related to technology on a software such as scarves, which is almost 70% to 80% for the entertainment industry. The level of concern about this matter is so high.

To some extent, this matter is more important than the launch of the Tiangong Space Station.

[It’s so amazing! Normal temperature superconductor! Why can this material achieve this level? I couldn't believe it. 】

[Zero resistance...so terrifying! 】

[According to Ohm's law, I=U/R, if there is zero resistance, just add a little voltage, the current will be infinite? 】

[Ohm's law does not apply to normal temperature superconductors. In addition, the power supply has its own internal resistance, so for the entire circuit, the resistance is not completely zero. In high school physics questions, they are all ideal circuits. Most power supplies have no resistance. Don't ignore this. One point, if you want to calculate the current in a superconductor circuit, you can generally use I=nqsv to calculate it. Of course, in reality, you can just measure it directly with an ammeter. 】

【I see! Thanks for clearing up the confusion! 】

[Can we begin to study controllable nuclear fusion once we have room-temperature superconductors? I read many popular science articles saying that room-temperature superconductors can help achieve controllable nuclear fusion. 】

[This is true to a certain extent, but what needs to be known is that controllable nuclear fusion technology is a project, not a single technology, so if you want to achieve controllable nuclear fusion, you need a variety of Technology has made breakthroughs together, and room-temperature superconductors are not the only ones. 】

[In this case, aren’t we still far away from controllable nuclear fusion? 】

[This is of course, that is controllable nuclear fusion, a technology that can truly set off another industrial revolution. If room temperature superconductors are 2.5, controllable nuclear fusion is the technology that can truly bring us into the era of Industrial Revolution 3.0, just like It is based on the civilization level classification that is rumored on the Internet. A level 1.0 civilization is one that has mastered controllable nuclear fusion. We used to be at most 0.7. Now that we have room temperature superconductors, maybe it can be regarded as 0.8? 】

[As long as the Shepherd is here, don’t be afraid at all. 】

[As I said before, the Shepherd is awesome! 】

[The Shepherd is awesome! 】

Of course, in addition to these applauding comments, there are also some comments whose IP addresses are displayed abroad: [Why don't you publish the synthesis method? This technology can benefit mankind. Your behavior of hiding your secrets is really selfish! 】

Although there are not many such comments, among so many praising comments, such comments are particularly eye-catching.

However, in the face of such comments, the fighting power of Chinese netizens cannot be overshadowed.

[You were so far abroad that you even forgot who your mother was? 】

[Attack power needs to be improved. Whether such a person has a biological mother is still a question. 】

[I must be used to being a dog outside. 】

【……】

Under the attack of many netizens, such comments were quickly drowned in curses.

No one will reason with such a person. Just use the keyboard and just start scolding and that's it.

The lower limit of quality should be flexibly adjustable. Sometimes, it is correct to lower the lower limit.

Of course, in addition to the scientific research institute, the national team also cooperated as promised before.

And the cooperation of the national team is of course overwhelming.

CCTV directly sent reporters to the research institute for interviews, and filmed the research and development process and final results in the form of a documentary.

Some clips of this interview will be broadcast on the Xinwen Network, and the complete documentary will also be broadcast in its entirety on CCTV.

In addition, as the world's largest power company, State Grid also accepted an interview with CCTV. During the interview, it was announced that they will build superconducting transmission lines in three major economic zones in the country within the next five years. .

The three major economic zones of the Yangtze River Delta, Pearl River Delta and Beijing-Tianjin-Hebei are also major electricity consumption areas. First, filling this area with superconducting transmission lines will facilitate the more efficient application of electricity, thereby reducing the cost of this area. , and after the cost is reduced, it will naturally bring about a more prosperous economy.

Because of the spread of this news, these three major economic regions have become more popular for a while. To a certain extent, it has stimulated a wave of rising land prices.

No one can say clearly whether this situation is a good thing or a bad thing. What can only be said is that the land economy has not been abandoned.

While China has undergone various changes due to room-temperature superconductors, foreign countries have also caused various disturbances because of this matter.

Otherwise, all countries hope to obtain room-temperature superconductors. Even if they obtain them through trade, they can at least test such room-temperature superconductors with their own hands.

…

America, the White House.

"What is a room temperature superconductor?"

In the President's Office, the white-haired old man sitting at the desk asked the Secretary of State next to him.

The Secretary of State said helplessly: "Mr. President, I have told you six times."

"Is there any?" The president looked confused.

The Secretary of State shook his head. Their president was designated as dead.

But unfortunately, this show still has to be performed, and I hope it can be performed one more time.

"You'd better rest."

the Secretary of State said.

But their president had closed his eyes and dozed off.

Well, it's okay to fall asleep so that he doesn't have to worry about it. Counting the time, today's treatment is coming soon, and there will be a speech tomorrow. I hope their president can hold his nerve by then.

Shaking his head, he then left the office and went to the narrator's conference room.

There are already many people in the conference room, and these people's expressions are very serious. Obviously, this meeting is very important.

After seeing the Secretary of State come in, these people also looked at him.

"Mr. Secretary of State, how is our respected Mr. President doing?"

"Well...it can never get worse anyway," the Secretary of State said, spreading his hands.

There was a burst of laughter, but soon they all fell silent.

"Okay, let's get down to business. What are the results of the investigation on China's normal-temperature superconductors now?"

The Secretary of State sits at the head of the table, and when the President is away, he is the number one person in the country.

"It is basically certain that their normal temperature superconductors are real, whether it is the various intelligence results or their performance. In addition, we have also investigated that they are secretly building a factory, judging from the known specifications. , it can basically be determined that it is a metal factory, and its purpose must be to synthesize their LSC alloy, but our people can't get in. They seem to be planning to build a fully automatic factory, which does not require workers at all, and the synthesis formula is completely confidential. , anyone who knows the formula has basically no secrets for their national security."

"LSC alloy..." The Secretary of State frowned. He never thought that just because of a material, it would cause them such a headache.

However, what he had to admit at this time was that the status of this material had even reached the level of EUV lithography machines.

Probably because he felt a little quiet, he asked casually: "Why is it called LSC alloy?"

"L stands for Li Mu and SC stands for superconductor."

"Li Mu..." Upon hearing this name, the Secretary of State's mind twitched.

Why did this "Einstein" suddenly become Oppenheimer?

He couldn't figure it out.

If such talents belong to them, wouldn't normal temperature superconductors also become theirs?

"Think of a way to dig this person over, and let him choose the conditions. Even if we build a new Los Alamos for him, it will be no problem. If we can't dig him out, we will also think of a way to let him be controlled by us."

"I'm afraid this will be difficult. Shangjing will probably not allow this guy to leave their sight."

"Fuck!" The Secretary of State slapped the table hatefully.

Suddenly, at this moment, a person in the conference room looked at the message on his mobile phone and said, "A quotation has been sent from China."

"Tell me briefly." The Secretary of State looked over.

"They can trade room-temperature superconductors with us, but only if...the restricted list is terminated!"

"Impossible." The Secretary of State snorted coldly, and then said: "It's just a piece of material. I want to see where they have such confidence!"

"yes!"

Others in the conference room nodded in response.

Although room-temperature superconductors give them a headache, there is absolutely no way they will give in.

…

Sheshan Research Institute.

In a chemistry laboratory.

There is only Li Mu in the laboratory, and the experiment he is doing is about lithium sulfide.

Lithium sulfide, a white to yellow crystal, has also been considered a potential electrolyte material for lithium batteries.

It is a very ideal solid electrolyte material.

If you want to develop solid lithium batteries, it would be ideal to use this material as an electrolyte.

However, the most critical point is how to form solid-liquid duality in this material to achieve rapid flow of ions inside it.

After so long research, Li Mu finally had the results.

"Ordinary lithium sulfide is not enough. A freer structure must be incorporated into lithium sulfide. Referring to the mechanism of action of silver iodide fast ion conductor, adding some iodine ions to it will help to achieve solid-liquid duality. change."

"Using the properties of iodine ions to change the structure of lithium sulfide..."

In front of the experimental bench, Li Mu smiled slightly: "Structure determines function. This has always been the case."

Then, he turned on the circuit switch next to him, and the primary battery he built in front of him began to react.

There is no liquid, only metallic lithium, elemental sulfur, and the lithium-sulfur-iodine solid electrolyte that separates the two.

The value displayed on the ammeter represents that the circuit has been powered on!

The real solid lithium battery was born.