fooled around with Yan Yan and Song Duoer for a few days.

Jiang Bo is alive and well, and his mental outlook is still the same.

But their faces were like vegetables, and they were not as good as before, and they were obviously malnourished.

In addition, I don't know if I've been talking about my feelings these days, the two girls often nest together, and they don't know what they're talking about.

In the end, Yan Yan also moved to Tan Palace and lived in a villa with Song Duoer.

After sending them away, Jiang Bo went to Tomson to see Avril and Elul.

Now, Avril's live broadcast has been intermittent, sometimes it is broadcast and sometimes it is not broadcast, most of the time, she went to the law firm to help her sister Elul do things, and at the same time invested in the law firm.

As the owner of a law firm, Elul's demeanor as a strong woman is becoming more and more prominent.

Of course, that's just for outsiders, but in front of Jiang Bo, she is still a charming little lover.

Just as Jiang Bo was exchanging feelings with his little beauties, a major event happened in the world.

……

From high-speed rail technology, to quantum satellite encrypted communication, IC design, 5G, fullerene devices, strong AI, bionic robots, and now lithium-air batteries and new materials copperene.

In recent years, Huaxia has made remarkable achievements in cutting-edge science and technology.

On the other hand, the United States and many other developed countries, although they have not gone downhill, seem to have encountered a bottleneck, and no new research results that can shake the world have been produced within a few years.

However, the Americans have been number one in the world for a long time, and they have always been arrogant.

The majority of Americans do not believe that China's breakthroughs in these areas can pose any threat to the United States.

Because they lead the world in too many fields, and they are only surpassed by a few, they cannot shake their status as a superpower and world hegemon at all.

Recently, Professor Blake and his team at Lawrence Burrick National Laboratory under the U.S. Department of Energy announced that they had found a new type of high-temperature superconductor.

This so-called high temperature is not the high temperature of the weather, but the high temperature relative to absolute zero, which is lower than the room temperature.

According to the data, the critical temperature of this new high-temperature superconducting material reaches 208K at normal atmospheric pressure.

That's minus 65 degrees Celsius.

This discovery was published in the journal Science as a paper and was immediately reported by countless Western media.

It is also hailed as an 'unprecedented breakthrough in the field of high-temperature superconductivity', a Nobel Prize-level discovery, and may also be a major scientific research achievement to rewrite the existing superconducting system.

For a time, the entire material world was boiling.

Once the TC value of superconductors can really reach 208K, it means that superconducting materials will enter a new era.

Only a small cooling cost is required to make the material have strong superconductivity, which greatly improves the practicability and wide use of superconducting materials.

In contrast, some time ago, the scientists who were still shocked by the 'new material copperene' developed by Black Bone have turned their attention to this new type of high-temperature superconducting material.

However, some deliberately unknown media have used means to point the spearhead of the breakthrough in the research of superconducting materials in the United States directly at the Chinese side, and compare it with the Chinese side.

Well, it's loaded.

Although this is a brainless tactic, some Western netizens with incomplete IQ have really been fooled and become a member of the keyboard army.

For a time, some news titled "American Scientists Develop Advanced High-Temperature Superconductors, Chinese Scientists Are Collectively Silent" spread all over major websites in the West, and attracted many comments from netizens.

"Wow, Professor Black is amazing, he deserves to be my idol, thumbs up!"

"The TC value of superconducting materials can actually reach 208K at normal atmospheric pressure, God, this is a super big discovery. ”

"208K superconducting material, the cost of freezing is too low, this superconducting material is definitely going to be on fire!"

"I heard that the scientists in Huaxia were collectively silent after knowing about this?"

"Cut, that country on the west coast of the Pacific Ocean, how can it be compared with our United States, although they did make many breakthroughs in the past two years, but in the high-end fields of superconducting materials, China can't. ”

"That's right, the reason why that country has developed so rapidly in recent years is because of piracy and copying of our previous successes, they are our copyists, but in the face of real high-tech technology, they can't!"

"Just look at the branches of the world's famous universities, are there any of the top 10 universities in the world? ”

"Long live America, number one in the world forever!"

……

While American netizens are excitedly chattering and typing on the keyboard.

In Huaxia Yanjing, a key laboratory of applied superconductivity under the Chinese Academy of Sciences, the atmosphere is somewhat delicate.

This superconductivity laboratory is currently the only key laboratory engaged in interdisciplinary research on applied superconductivity in China, with a reasonable staff structure and professional allocation, and a scientific research team led by an academician of the Chinese Academy of Sciences, and a young doctor as the backbone of scientific research.

He is mainly engaged in the basic research of the application of non-ideal type II superconductors in strong electricity and strong magnetic fields.

It covers superconducting power science and technology and superconducting strong magnetic field science and technology, and is the intersection and integration of superconducting science and technology with electrical engineering, material science and life science.

In the domestic superconducting materials industry, it is one of the wind vanes.

In the office of the person in charge of the laboratory, Academician Wu Zhixiang was sitting at his desk reading a news report with the headline: "The American Black team has developed a 208K high-temperature superconductor, and the research progress of superconducting materials in the United States leads the world."

"208K, minus 65 degrees Celsius, or normal atmospheric pressure, how the hell did that old thing from Black do it?"

Closing the news page, Wu Zhixiang looked at the paper printed out from the journal "Science" on the table, and for a while he felt mixed feelings and was inexplicably uncomfortable.

Prior to this, the highest critical temperature of superconductors discovered by humans was maintained by hydrides discovered by a scientific team in Germany.

At a pressure of 1.7 million atmospheres, the hydride has superconducting properties and a transition temperature of up to 250 K, or minus 23 degrees Celsius.

But from the basic experimental data, it can be seen that the required pressure is too high, 1.7 million atmospheres?

In comparison, the iron-based superconductor of the Black team, although the transition temperature is not as high as the hydride found by the German team, because this iron-based superconductor can reach more than 200 K at normal atmospheric pressure.

Its significance and value have far surpassed that of hydride superconductors, and in terms of application height, the two are not of the same magnitude.

A few moments later, there was a sudden knock on the office door.

Zhao Chenggong, a senior researcher under Wu Zhixiang, walked in quickly with a stack of materials.

……

(End of chapter)