At this time, Li Yuanlong was handling matters, when a phone call came.
"Crooked? Principal Xu, what do you want from me?"
"That's right, isn't it the nanoimprinting I told you about last time? It's already out."
"Coming out?" Li Yuanlong was stunned.
No, I remember not mentioning this to him not long ago?
Why did it come out so quickly?
"Are you telling the truth?" Li Yuanlong asked again with a serious tone.
"If you don't believe it, experts trusted by your own organization will come over, but I can say yes, I haven't planned to announce this so soon, and the news must not be leaked."
"Okay, I'll report it to the superiors right now."
After hanging up the phone, Li Yuanlong pondered for a while, then dialed a mysterious phone number and explained everything in detail.
The people above were all shocked after hearing this. No, a nanoimprint machine capable of producing chips was built so quickly?
They thought it would take at least two or three years.
Then, after some high-level discussions, experts from the Imperial Academy of Sciences were finally organized to go over and have a look.
The above action was very fast, and a group of experts were quickly organized for Li Yuanlong to take them to Fengcheng.
As soon as we got off the plane, these old men and women urged Li Yuanlong to drive faster. This is nanoimprint technology, something related to Longguo's semiconductor industry.
There is no other way. He, a part-time driver, can only speed up as quickly as possible, and he cannot offend these old experts. Although they have no real power, they have great influence.
After arriving at the destination, the expert team conducted verification in the laboratory, looking increasingly shocked.
"Oh my god, if I hadn't seen it with my own eyes, I wouldn't have believed it was true! Our country's semiconductor technology has made a breakthrough, and it has also bypassed Western technical barriers!"
An old man with gray hair had tears in his eyes. He is Lu Yunfeng, an academician of the Imperial Academy of Sciences in the field of integrated circuits. He has been working in this field for more than 30 years.
The only wish in his heart is to improve Longguo's chip manufacturing technology so as to break through the Western barriers, so that he doesn't have to look at people's faces all day long.
I thought I wouldn’t be able to see the day I lay in the coffin, but now I can actually achieve this day...
"I didn't expect that things that we old guys couldn't do anything about would be solved by young people like you. Times have really changed~"
Academician Lu sighed with emotion, and then nodded with approval to the young scientific research generation such as Xu Li and Li Mo.
"Academician Lu is so grateful. Without seniors like you, the semiconductor industry would be even more difficult now."
Xu Li replied that his words came from the bottom of his heart.
This group of older generation scientists has been carrying forward the selfless spirit since the revolutionary era. If they had not taken on the responsibility of being the leaders in their respective fields and made breakthroughs, then Long Country would not have a relatively complete semiconductor industry chain at all.
There will even be greater restrictions on development in the future.
The semiconductor industry is actually closely related to home appliances, the Internet, computers, aerospace, and industry. Each of these industries involved requires the cooperation of spare parts and technology manufactured by semiconductors, otherwise it will not be possible.
But in the past, the Dragon Kingdom was very weak in this area and could only rely on imported and Western technology.
With the development in recent years, it has begun to have its own independent technology and gradually improved industrial chain, but it lacks those key and stuck technologies and spare parts.
And these are firmly monopolized by the Western world. This is the real money tree. Those proud vampires will not give up this gold mine.
"By the way, Principal Xu, now that the stamping machine has come out, what are you going to do with it? Are you going to announce it directly?"
Academician Lu asked.
Xu Li shook his head and explained: "No, now is not the time. I am planning to lay it out. I will not announce it for the time being. I will announce it all to the public after the operating system is completed."
"In this case, let me, an old man like you, also contribute. Although I am not in this field, I can find some people for you, so that your project can advance faster."
Academician Lu nodded.
"Thank you so much, Academician Lu." Xu Li said happily.
Next, if he wants to lay out the research on domestic operating systems, he will need to recruit relevant talents, but the interview and other processes will also take a certain amount of time.
But now that Academician Lu has taken this path, the next step will be easier.
Then, Academician Lu and Xu Li discussed some theories about nanoimprint technology and the current international semiconductor situation.
"But it's a pity that this nanoimprint machine is only 10 nanometers. It would be great if it could be upgraded to 7 nanometers or even 5 nanometers."
An old expert sighed.
"You shouldn't be too greedy. It's very rare for us to achieve this kind of technological breakthrough." Academician Lu smiled.
Xu Li also interjected: "Yes, although Sansang and others claim to be 3 nanometers and 5 nanometers, the actual performance may be similar to the 10 nanometers produced by the toothpaste factory. The performance of the 10 nanometer chips produced by our nanoimprint machine
Even better, it can accommodate 10% more transistors than a toothpaste factory, which is already very good."
In fact, before 14nm, everyone was relatively reliable, and the process did not have too much moisture.
But when it came to 14nm, these chip manufacturers found that it was exponentially more difficult to follow Moore's Law, which means that "the number of transistors that can be accommodated on an integrated circuit will double approximately every 18 months."
So they didn't follow the original naming, but they still followed Moore's Law and continued to push power.
"Then maybe we can use nanoimprinting to create a stacked chip. Wouldn't the performance be better?"
The old expert said.
Xu Li smiled: "But if this is the case, the heat dissipation problem will be difficult to solve, and it will really become a fire dragon."
"Haha, it is true that chip stacking technology can improve the performance of the CPU, but this is not conducive to heat dissipation and will also reduce the performance of the chip in the long run."
Academician Lu smiled.
"This is a problem, but more advanced chip technology will be needed to solve it."
Xu Li nodded, it would be great if he could obtain the chip weaving technology in the Science and Technology Library.
This chip technology does not rely on photolithography and imprinting methods at all, but on editing methods, and realizes three-dimensional chip manufacturing, which can effectively dissipate the heat of the chip in the design.
"Okay, Principal Xu, we are all very satisfied with this trip. We also thank you for making such a contribution to Longguo's semiconductor industry. We at the Imperial Academy of Sciences also have a cooperation to talk to you about."<
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"Oh? Then please invite Academician Lu here."
Xu Li was stunned for a moment, then led Academician Lu and others to a small conference room.
"Since Principal Xu decided not to make it public, we respect your decision. At the same time, we also need Suiren Technology's nanoimprint machine to help us produce some chips."
Academician Lu handed a stack of information to Xu Li.
Although Xu Li was confused, he still took it and looked through it. He was stunned for a moment and looked at Lu Yunfeng.
"Academician Lu is planning to let us produce supercomputing chips? Is this appropriate?"
Lu Yunfeng blinked: "Of course this is suitable. Who else can you choose? Let me tell you a little news. The higher-ups are planning to develop a new supercomputer. Breakthroughs were made in the past, but they were limited by the chip itself. Now
You just have another breakthrough here,
So I want to leave this to you to complete, and strive to develop a new domestic supercomputer within two years, so as not to fall behind others."