Chapter 129 The Core Curtain Has Been Essentially Broken
"The lockdown of the campus has made me feel like I've gone back to three years ago. I didn't say how long I'll be working from home this time. Will it be closed for half a year?"

“It would be awesome to work from home for half a year”

“Does anyone know why?”

"Chen Yuanguang Weibo screenshot.JPG"

"It should be because of this. The research and development center of Guangjia Aerospace is right here. Only this can blockade such a large park all at once."

"picture.jpg"

One of their colleagues posted a picture in the group. The picture showed the Guangjia Aerospace building with the Guangjia Aerospace logo on the side of the building. There was a circle of cars outside and the entire building was brightly lit.

"It was because of the Light Armor Aerospace. My friend secretly took this photo when he was driven out of the park. The entire Light Armor Aerospace was cordoned off."

“It seems that room-temperature superconductivity is real”

"Is this the God of Light? The nickname is correct. He is indeed the man who brings light to human society."

"What is the use of room-temperature superconductivity?"

"It should allow the world to have peace for another thirty years."

"The world is so crazy. Room-temperature superconductivity is actually real."

The messages in Li Rui's company group were refreshing frantically, reaching 99+ in an instant. It seemed that the impact of remote work and room-temperature superconductivity on the second day had increased everyone's desire to express themselves unprecedentedly.

In a sense, the whole country of China is celebrating. Whether it is a gaming group, a work group, or even a color group, everyone is talking about room-temperature superconductivity.

What started out as a small-scale carnival has now become a national topic.

Professor He on a certain B station has always disagreed with LK99 being a room-temperature superconductor, and has been engaged in a cross-platform debate with some supporters of LK99 on Zhihu.

On the Internet, those who support LK99 are the director faction, and those who do not support LK99 are the send faction. Professor He is a representative of the director faction. He once posted a video saying that if someone creates room-temperature superconductivity during his lifetime, he would eat shit.

This time, the conductor's school welcomed its biggest foreign aid in history - Chen Yuanguang. In addition, there were even more netizens who emotionally hoped for room-temperature superconductivity. For a time, Professor He's comment area was directly overwhelmed.

"Send a message!"

“When will we eat?”

"Now the videos of the God of Light are always shot from all directions. Isn't that taking advantage of the misalignment?"

"Are you being tough?"

Including his private messages that exploded.

Professor He has some academic exchange groups with professors from the School of Physics at Jiangnan University. Seeing that the public opinion was too overwhelming, he planned to find a professor from Jiangnan University to confirm it.

This academic exchange group itself is crazily discussing the issue of room-temperature superconductivity.

"This time it's real, we've really done it. The dean of the School of Chemistry went to ask Chen Yuanguang in person, and he said it was really done." Wu Ping - Jiangnan University Physics.

"I still have some doubts" Song Zhongfu - Yanda Physics.

"This time it's really true. Chen Yuanguang doesn't need to make a price. He has both money and fame. He has no motive to falsify anything."

"It's mainly because it's too incredible. It turns out that alchemy can really produce room-temperature superconductors. Doesn't this mean that our past understanding was wrong?"

"We don't know exactly how it was made yet, so let's wait for news. Anyway, this time it's real. Because of the limited samples, we can't send samples to major laboratories, but we will send invitations to the world, inviting everyone to visit and experiment on site."

"That must be true. It actually happened in my lifetime."

Professor He glanced at the group and found that he didn't need to ask, as it was full of information, first-hand information from Jiangnan University.

He had mixed feelings. Eating shit was nothing to him. He could just make a shit-shaped cake and eat it. But what he couldn't accept was that LK99's one-dimensional superconductivity theory was actually true.

This means that people's efforts on superconductors in the past few decades have been in the wrong direction.

He couldn't accept this.

However, considering that the public opinion was too overwhelming, he directly started a live broadcast with the title "Talk about Room-Temperature Superconductivity".

“Okay, I see the number of people in the live broadcast room has exceeded 10,000. This is the first time there are so many people in the live broadcast room. Am I just trying to gain popularity?

No need to send gifts, no need to send gifts. What’s the point of sending gifts when I made the wrong prediction?

This time it is true, I believe it is true. Guangshen’s academic credibility is not something that can be falsified. In addition, I have received information that colleagues from all over the world will be invited to observe on-site in the future. If it is falsified now, what will happen when the time comes to observe on-site?
Could it be that he bribed all the experts to cooperate in the fraud? There was no need for the God of Light to make a price, as he had no shortage of fame or profit.

Will I eat shit? Yes, of course I will. I will have to drink some wine with it. It is absolutely good news that room-temperature superconductors have been created. My dream has come true in my lifetime. I am willing to eat this shit!

Will I go? I don’t know whether it is an invitation-based or application-based program. I will try my best to get a spot. Scientists who are slightly related to the program will definitely apply.

Because this is important, a groundbreaking achievement.

Can the God of Light win the Nobel Prize for this achievement? I think it depends on how it was made. If it was made by chance using Professor C's theory and relying on luck, then it probably won't win.

However, if the research is based on Professor C's theory and the preparation method can be reproduced, then it will definitely be awarded. If it is not awarded, the Nobel Prize will have no credibility, even if the God of Light is only 10 years old, not to mention that he is in his twenties and has a large number of famous achievements.

Am I more powerful or is the God of Light more powerful? Don't ask such stupid questions. It's better to pay to ask such stupid questions. If he really advanced the theory of room-temperature superconductivity by a big step forward, then his academic status would probably be in the top five, along with scientists such as Maxwell, Einstein, and Faraday.

Just based on his status in physics, not including chemistry and biology, I wouldn't even be in the top thousand.

Just this one achievement, not counting the others, he is only in his twenties, and it is not considered his future achievements.

If it was a product of luck, then I could be ranked in the top 50. Anyway, I can’t compare with others, don’t mention the issue of mental retardation.”

The video Chen Yuanguang posted on Weibo was synced to the Internet and quickly became a hot topic on Twitter.

Musk retweeted: "Amazing!"

Many bigwigs forwarded the post, pushing room-temperature superconductor directly to the top of the US search list.

When the U.S. stock market opened that evening, Western Superconducting once again soared 50 points.

In Santa Monica, California, a coastal town, a group of black Chevrolets drove into the town in the early morning.

“Bang, bang, bang!” Stephen was awakened by the loud knocks on the door. He picked up the black Apple Watch next to him and took a look. “04:39” “Bang!” He heard a loud noise, and his brain, which was a little confused just now, immediately recovered. “Fuck, the door was broken open!”

Stephen rushed out without even putting on his clothes, "F*"

F was about to be paid. A group of men in black suits and sunglasses were outside. The two men standing in the front, without sunglasses, and the man holding the sawmill smiled shyly: "Sorry, the repair fee will be charged to our account."

Another man took out a blue ID and waved it in front of Stephen: “Sir, something happened. We have to go to Washington now. The president hopes to see you at a meeting at the White House at 1 pm.

America needs you.”

There is a three-hour difference between Los Angeles time and Washington time. It takes about four hours to fly from Los Angeles to Washington, so the fastest they can arrive in Washington is 3 o'clock.

Stephen subconsciously asked, "The Chinese are attacking?"

The man in black turned and pointed the back of his head at him. “It’s worse than that!”

The other men in black grabbed him and walked out. He didn't even have time to put on his clothes. Fortunately, there was a suit prepared for him in the Chevrolet.

He sat in the back seat, put on his clothes, and asked, "What's the matter?"

The man in black handed Stephen a special tablet computer: "The news just now was synchronized from China.

You see, you need to speak at the White House meeting later, and we need to have a countermeasure."

"Bah!" Stephen spat on his hand and wiped it on his face, trying to clear his mind.

The man in black handed me a wet wipe. He was too tired to complain about why I didn't give it to me earlier.

I took it and wiped it again, then started receiving messages on the tablet:
"It's true that the Chinese are the pride that never gives us peace of mind," Stephen complained.

The Pride of Chinese is the nickname given to Chen Yuanguang within the RAND Corporation.

The Malaysian Chinese media first gave Chen Yuanguang the title of "Pride of the Chinese", and later the media throughout Southeast Asia used this title.

In a report published in The Diplomat about the future development of China's new energy vehicle industry combined with perovskite batteries, the Rand Corporation also used the term "the pride of the Chinese" to describe Chen Yuanguang.

This has gradually made this nickname a globally recognized nickname.

Stephen is a senior researcher at the RAND Corporation, mainly responsible for strategic analysis of China.

As he watched, he said, "It seems that our Chinese pride has come up with something extraordinary this time."

The information integrated by the American side included Chen Yuanguang's Weibo, Chen Yuanguang's words to the dean of the School of Chemistry, the original words were translated into English and recorded on their tablet computers, photos of the blockade of the Guangjia Aerospace Research and Development Center, etc.

It’s all first-hand information, so complete that it’s terrifying.

The man in black asked, "It looks like that."

Stephen was also dissatisfied with being woken up from his sleep and sawed open his door: "What else can we do? Force them to hand over the technology.

This kind of technology is not something that China alone can master.”

It's just inertial thinking, seizing by trickery or force. The incident happened suddenly, and Light Armor Aerospace has been surrounded. It's unrealistic to seize by trickery, so the only option is to rob.

As the plane landed in Washington, Stephen discussed with other senior researchers from RAND Corporation and came up with a preliminary plan.

An emergency meeting was held at 1:00 p.m. in Washington to discuss the possible impact of room-temperature superconductivity on their global strategy:
“We have to take action, it’s more important than Tik Tok.

Tik Tok is nothing more than tearing a hole in our propaganda system, and room-temperature superconductivity can make us completely out of control in energy and finance."

The global power network constructed by room-temperature superconductors, combined with the cheap energy brought by perovskite batteries, will cause oil, a major pillar of the US dollar, to collapse.

After the release of perovskite batteries last year, expectations for oil have been significantly lowered and shale gas prices have continued to fall.

Researchers from other think tanks spoke first. The entire conference room was full of people, the American flag was hanging low, and several figures in military uniforms showed the special nature of this meeting.

"One thing I want to ask is whether this technology is really so critical, it is still in its infancy and it will take time for it to mature.

Do we need to act now and immediately? "Raymondo asked. As the head of the Ministry of Commerce, she obviously does not want to see radical measures, which will further aggravate inflation.

In particular, it is necessary to break off relations with the largest supplier.

“No, it’s important, it’s about our core strategy.

Energy is only a small part. What is more important is computing power. Even if China's room-temperature superconductivity is only a laboratory product, even if it is difficult to mass produce and even if the cost of mass production is very high.

It can still help China build quantum computers. Currently, the biggest difficulty in quantum computers is that superconducting quantum bits need to work in an environment close to absolute zero in order to achieve zero-resistance superconductivity, which means that superconducting quantum computers need to operate in specially designed low-temperature laboratories.

The realization of room-temperature superconductivity does not require ultra-low temperatures or an absolute zero environment.

They can increase computing power at any cost. The reason why everyone makes chips smaller and smaller is because electric current has speed considerations. Making the chip smaller can reduce the length of the current path, reduce the impact of resistance and capacitance, reduce energy loss, and then more transistors can be placed in the same area to increase computing power.

But what if there is no resistance? No resistance means that their chip can be made as big as a computer host, or even larger, and superconducting quantum bits can be piled on top to make a general-purpose computer based on room-temperature superconductivity.

I talked to the president of IBM on the plane before coming here. The superconducting quantum computer in their laboratory has 1121 quantum bits.
Currently, China's quantum computers have between 100 and 200 quantum bits. Due to the small number of quantum bits, they can only be used for some small-scale quantum algorithm experiments.

In order to perform large-scale general computing like silicon-based chips, the number of quantum bits must be between 100,000 and 1 million.

IBM already has the largest number of quantum computers known to date, at only 1121. If they want to expand the scale further, the biggest difficulty is to use quantum interfaces to connect quantum processors.

Because it is an ultra-low temperature superconductor, cables are needed to connect different refrigerators, and these interfaces and cables will slow down the processor.

At the same time, in order to avoid crosstalk between quantum bits, the connectivity between processors will also be affected, further reducing the overall efficiency of the system.

Room-temperature superconductivity can solve all problems. I have talked with the project leader of IBM's quantum computer. If they have room-temperature superconductivity, they can make a general-purpose quantum computer within a year and a half.

The same is true for the Chinese. After they developed room-temperature superconductivity, they were at most half a year behind IBM.

This also means that they can create computers with a computing power a million times that of the current ones. The core screen has essentially failed. Ladies and gentlemen, Nvidia's graphics cards, ASML's lithography machines, and TSMC's processes have essentially failed.

The Chinese no longer need to make chips smaller to gain computing power. They can rely on room-temperature superconductors to make super-large quantum computers to provide computing power for their AI strategy. "Stephen said in a sad tone!
　8k presented, Crow will deduce based on reality.

　　Considering the scale, some overly radical possibilities will be avoided
　　
　
(End of this chapter)