bookpower Chapter 328
Chapter 328
Surprise Discovery! A new high-performance superconducting material
Hear Cheng Hao’s words.
Professor Wagner nodded.
“About your request for technology-for-technology replacement, I still have a question I want to ask you, and I hope you can answer it!”
“Just ask!”
Cheng Hao said calmly.
“I want to know, regarding artificial intelligence technology, didn’t you sign an exclusive licensing contract with several major technology companies? If we exchanged it from you, would we really be able to use it normally?”
There was a hint of nervousness in Professor Wagner’s tone. He didn’t want to offend the United States, let alone the technology he bought, but because of various restrictions, he couldn’t use it. That would be a real loss!
“Of course it’s an exclusive licensing contract!”
Cheng Hao smiled slightly, and said to Professor Wagner: “But the tone of the contract says that it must not be sold to other entity companies or individuals, and this time, I did not say to sell to you, but chose Technology-for-technology route, as long as we don’t involve money, it’s not a sale, right?”
Hearing Cheng Hao’s words, Professor Wagner showed a hint of joy on his face.
“Of course! Of course there are legal risks involved, but, no matter how you look at it, you are the ones who earn the business, so I think it’s worth taking the risk! What do you think?”
Cheng Hao said calmly to Professor Wagner.
“really!”
Professor Wagner nodded.
“Okay! Since you have said so, then we agree to this deal!”
Professor Wagner said to Cheng Hao.
“it is good!”
Cheng Hao nodded, and he sighed slightly in his heart.
In fact, he wasn’t too happy about the success of this business, because next, he was busy again, and the matter about the stellarator would definitely make him want to die!
Cheng Hao smiled wryly in his heart, but he had no choice. Since he has the ability, he naturally has to take on greater responsibilities.
After discussing some specific transaction details.
Cheng Hao hung up the phone.
I made a call to Mr. Wuyou and explained the situation.
Then Cheng Hao came to the battery laboratory alone.
“Little u, has the superconducting material on the negative electrode of the battery been decomposed?”
Cheng Hao asked Xiao u in a deep voice.
“Master, the negative electrode superconducting material of that battery has been decomposed, and according to your previous request to simulate the battery negative electrode material, I did a lot of experiments and found an iron-based graphene superconducting material , seems to have some potential!”
Hearing Xiao u’s words, Cheng Hao’s eyes showed a hint of hesitation.
The conductor performance of iron itself is not outstanding among many metals. Why is it iron-based?
Cheng Hao began to check Xiaou’s experiment log.
However, his mind was running at high speed. A pen beside him began to continuously calculate the data obtained from these experiments of Xiao u, and started modeling these materials with the software beside him.
The 3D model was built very quickly. En Kuai, Cheng Hao saw the intersection of these materials on the model, and there was a hint of thought in his eyes.
There was a trace of curiosity in Cheng Hao’s eyes. He was really interested in this iron-based superconducting material.
The stoichiometric Ae AFe4 such as 4, because the Ae layer and the A layer are alternately stacked along the c-axis in the Fe2 such as 2 layers, its structure changes from the 122-type tetragonal structure I4/mmm to P4/mmm, and the iron-based superconductor was developed in 2008 Already discovered.
Generally speaking, its superconducting properties are not bad, but there is no way to compare it with some mainstream superconductors.
But the iron-based superconductor in front of me with a single crystal is not an iron-based superconductor in the true sense, but more like a graphene superconductor based on iron-based superconductors.
With the help of iron-based crystals and single-crystal graphene adhesion and fusion, a very traitorous single-crystal graphite is formedFe-based superconductors.
The superconductivity of this superconductor can even reach over 180k! You should know that for general superconductors, Tc is generally between 31 and 36 K.
At present, under laboratory conditions, the strongest superconductor that humans can produce is only around 164k, and it can only be achieved in a special environment of high temperature and high pressure!
There is no way to be practical!
One can imagine how awesome this iron-based graphene superconductor is.
Cheng Hao looked at the data in front of him in amazement. This data was much better than he had imagined.
but……
At this moment, Cheng Hao suddenly thought of a question.
The properties of this superconductor material were imitated by Xiao u based on the properties of the negative electrode material of the battery in front of him. Does that mean that the negative electrode material of the super battery in front of him is also a superconducting material? ? ?
Damn it!
Cheng Hao looked at the battery lying on the laboratory in shock.
It seems that I still underestimate this battery.
Very unusual!
Cheng Hao’s eyes changed for a while, and after a while, he let out a long breath.
It’s really hard to imagine how good the performance of this battery was when it was just shipped from the factory, how good is the energy storage and conductivity effect?
Does such a strong electrical conductivity mean that the charging efficiency and speed are extremely fast?
After all, this is a superconducting material!
And it’s a top-notch superconducting material!
After being curious for a while, Cheng Hao took his interest away from the battery.
After studying this battery for a long time, I finally got a huge good thing.
Superconducting materials.
And it is a superconducting material with excellent performance that can be produced.
Thinking of this, the corners of Cheng Hao’s mouth curled up slightly.
It’s really sleepy. Someone gave me a pillow.
To be honest, in fact, for controllable nuclear fusion, the most important thing is actually superconducting materials, because today’s controllable nuclear fusion routes all follow the route of magnetic confinement.
The main reason why the cost of controllable nuclear fusion is high is that it is difficult to find high-temperature-resistant materials. The cost of superconducting materials that form magnetic fields is extremely high, and the performance of many superconducting materials is not enough. Therefore, it has led to difficulties in the development of controllable nuclear fusion. .
However, now the problem of superconducting materials is solved!
Next, what I should solve is how to mass-produce it!
Cheng Hao’s eyes flickered.
On that day, Cheng Hao went directly to the headquarters of Yinhe Technology without hesitation.
Ye Zhou is processing a lot of documents.
“Why are you here? This company has been established for so long, but you haven’t come a few times!”
Seeing Cheng Hao, Ye Zhou was stunned for a moment, then smiled and said to Cheng Hao.
“Is there a material engineer in our company? I have a technology and need the help of a material engineer to conduct a technical demonstration of mass production!”
Cheng Hao looked at Ye Zhou and said.
“That’s right! This technology is extremely confidential, don’t let anyone come here!”
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