The 10,000th Rebirth

At this moment, in addition to panic, Jiao Xinxue also felt an inexplicable fear in his heart.

Chen Luo could transfer him out of the capital within a few minutes with just one phone call.

The other party actually has such a terrifying background. It is estimated that the transfer is just the first step, and there may be other moves later.

As soon as Jiao Xinxue thought about it, he already had the urge to rush up to Chen Luo and beg for mercy.

But at this time, Chen Luo had already entered the elevator. He could only watch the elevator door close, then opened his mouth, but said nothing.

Chen Luo actually didn't bother to deal with Jiao Xinxue's thoughts, because this guy was actually an insignificant character and an unlucky guy with bad luck.

Chen Luo just used this person to convey a message that he was not someone who could be manipulated at will.

It is impossible for those people to not know what Wang Zining represents behind his back.

After Wang Zining comes forward, those who want to deal with Chen Luo or have his ideas need to weigh the consequences.

When Chen Luo arrived at the downstairs of Tiancai Building and got in the car to leave, he received a call from Wang Zining.

"Mr. Chen, can you just ask that person to move?"

Wang Zining seemed to feel that he had not done enough, so he confirmed it again.

Chen Luo smiled, "That person is insignificant, a small punishment or a big warning is enough.

What I want to make sure is, is there any interest game behind sending this idiot Jiao Xinxue? "

Wang Zining on the other end of the phone was obviously startled, "How did Mr. Chen know?"

"Just a little deductive reasoning."

As soon as Chen Luo heard Wang Zining's answer, he knew that he had guessed correctly.

Wang Zining was speechless. If someone else said this, he might feel disdainful, but when it came from Chen Luo's mouth, it seemed natural.

"There are indeed some contests behind this, and the interests involved are very complicated, so I am not comfortable going into details.

To put it simply, the top leader of that department was about to be promoted, and the deputies below him began to get ready to make moves, and began to fight overtly and covertly, and then it continued to this matter. "

Chen Luo understood instantly, and he said calmly, "As for the lithography machine, Mr. Wang, come and talk to me."

Wang Zining was stunned again. He never expected that Chen Luo would make such a suggestion.

"Mr. Chen, this is not within the scope of my responsibilities. Even if I want to talk to you, there is nothing I can do."

Chen Luo said calmly, "Then just find a way to make it your responsibility. This shouldn't be a problem for Mr. Wang."

Wang Zining gave a bitter smile, "Mr. Chen overestimates me. This is really not something that can be done by just thinking of a way..."

"I was able to manufacture the first lithography machine within two years, and I not only have the design drawings of 45-nanometer wafers, but also 28-, 14-, 10-, 7-, and 5-nanometer wafer technologies. "

When Wang Zining heard this, he was immediately confused and suspected that Chen Luo was joking or bragging.

Forget about the lithography machine, but the smaller nanocrystals at the back made Wang Zining a little unbelievable.

Department 11 had received similar tasks before. When an expert on Jingyuan was recruited from abroad, he naturally had an in-depth understanding of the technology and related knowledge in this area.

According to Moore's Law, the performance of wafers can double every 12-18 months.

Although this is not a scientific principle, it has been guiding the development of wafers since it was proposed in 1965 and has become an industry experience.

But Chen Luo had just taken out the design drawings of the 45-nanometer wafer and said that it even had 5-nanometer wafer technology. Wang Zining couldn't believe it after hearing it.

If the design of wafers was really that simple, China would not have been stuck with wafers for so many years by Western countries such as the United States.

"Mr. Chen, are you kidding?"

Wang Zining's voice changed slightly. If Chen Luo was not joking, he could really come up with these wafer technologies. This would be of great significance to domestic industrial upgrading and national security. Moreover, these technologies are ahead of the West. So many generations of the world.

"Mr. Wang, do you think I am someone who would make fun of this kind of thing?"

Chen Luo asked back unhurriedly.

Wang Zining was slightly startled. Chen Luo did not look like a casual joker at all, and he had never said anything big.

In fact, Wang Zining has felt surprise again and again from Chen Luo.

"Moreover, I not only have these wafer technologies, I also have carbon-based wafer technology."

Wang Zining had not yet recovered from his surprise. When he heard Chen Luo say these words, he was so shocked that his hands trembled and he almost lost his grip on the phone.

"Mr. Chen, are you really kidding this time?"

Even with Wang Zining's calm nature, when he heard what Chen Luo said about "carbon-based wafer technology", his voice was so excited that he trembled.

So much so that Wang Zining couldn't believe it and asked Chen Luo in a positive question.

The reason why Wang Zining is so excited is actually because of Moore's Law.

In the half century since Moore's Law was born, one of the main ways to continue it is to make the most basic component unit in the wafer, that is, the transistor on the silicon chip smaller and smaller.

We have heard that the so-called wafers ranging from 45 to 5 nanometers refer to the size of the silicon-based transistors in the wafer.

The smaller the transistor, the more transistors there are in the same area of ​​the wafer, and the stronger the performance.

The ultimate root of all this is actually on the silicon-based wafer, so even the birthplace of the wafer is called "Silicon Valley".

But Moore's Law is not a scientific law after all. Making the transistors on the silicon wafer smaller and smaller will encounter physical limits, which are about 2 nanometers to 1.5 nanometers.

Once this limit is exceeded, the probability of silicon transistor failure will increase sharply, and it will be very difficult to coordinate the tens of billions of transistors in the wafer to work together.

So in recent years, laboratories in various countries have begun to consider how to solve this problem.

One of the most important solutions is to use other materials to replace silicon, and the best alternative is carbon material.

Carbon itself has many excellent properties, such as the electron mobility of carbon is 1,000 times that of silicon, the electron activity is freer, and it is not easy to generate heat due to friction.

Simply put, using carbon materials to make transistors, even without being as small as silicon transistors, can achieve the same level of performance.

Theoretically, a 90-nanometer carbon wafer can achieve the same performance as a 7-nanometer silicon wafer.

However, all countries are still in the exploratory stage of carbon transistors, and it is said that it will take at least 20 years to get close to practical use.

Chen Luo now said that he has carbon-based wafer technology, and Wang Zining certainly felt that it was a fantasy.