Chapter 226 Two-Dimensional Carbon Nanolayer Superposition Technology

Change technology?

What is there to change, what semiconductor technology do you want, you say.

He didn't take out semiconductor technology before, he was waiting for a breakthrough in graphene technology.

Otherwise, he would have come up with the semiconductor technology of carbon-based materials a long time ago.

Now the country wants to use superconducting alloy technology to exchange junk semiconductor technology, and it will only be changed if there is a hole in the brain.

"If we have these technologies, our country will be able to develop the semiconductor industry, and it will be difficult to miss this opportunity.

We also have stronger superconducting alloys, and with semiconductor technology, we could overtake in the semiconductor industry. ”

Director Shen heard An Wen say this, and said the above thoughts.

"Isn't it just the development of the semiconductor industry, how big it is, wait for me to study it for two days, and I am absolutely sure.

Anyway, you can change to other technologies, but don't change semiconductor technology, silicon-based semiconductors are outdated, let's play carbon-based semiconductors in the future. ”

An Wen immediately said that carbon-based materials are much stronger than silicon-based materials.

This is not a technical problem, but a question of the properties of the material itself.

"Okay, then I'll report it up above."

"Hmm."

After Director Shen put down the phone, he suddenly felt a little wrong.

This year's schedule has been set, and now Anwen wants to engage in semiconductors, so ......

Thinking of this, Director Shen began to have a headache.

"Forget it, the technology is important, and the rest will be talked about when the time comes."

Director Shen was busy reporting, and after An Wen put down the phone, he began to think about the semiconductor industry.

After eating, he put down his rice bowl and ran to the 9th basement floor.

This is the High Energy Physics Laboratory.

Of course, he didn't come here to do research, but to travel here to the other world.

Come to the other world and lie down on a chair.

"Dawn, show the list of semiconductor technologies."

"Okay, Commander."

Brush!

A list of technologies in the semiconductor industry appears on the virtual projection.

"This thing doesn't match the Earth Tech Tree."

Looking at the various techniques on the list, he started to have a headache for the first time.

Carbon-based materials and silicon-based materials are completely two science and technology trees, and the earth's silicon-based material semiconductor industry technology tree cannot produce carbon-based chips at all.

The simplest problem, the wafer, is silicon-based materials.

The subsequent series of semiconductor industry technologies are all based on wafer technology.

The basic material of the carbon-based semiconductor industry, which is similar to a wafer, is graphene copper matrix composites.

This is still the first material above 20 nanometers.

The technology of carbon-based semiconductors in the later stage is completely integrated with superconducting material technology.

This leads to a problem, he directly came up with the later superconducting material technology, then the early carbon-based semiconductor technology will be faulty.

A real technological disconnect.

Because you deduce backwards, you can't deduce.

Without graphene copper-based materials, you don't climb carbon-based semiconductor technology, you deduce from superconducting materials, because the materials are different, you can't derive them.

In addition to the different materials, even the chip manufacturing technology is also different.

The Otherworld uses two-dimensional carbon nanolayer superposition technology.

Layers of two-dimensional nanoscale plates are stacked together to form chips.

This technology and the lithography technology on the earth are completely two technical routes.

"And I'm alone, researching and appearing a whole system, this Nima is too scary."

An Wen looked at the list of technologies and began to have a headache.

"That's not right...... Why do I have to do my own research, I just tell my brain hole and let them study it on their own. ”

It's because the technical route is different, it's easy to do.

Thinking of this, he went home and held a video conference.

The teams working on carbon-based materials and graphene materials were all assembled.

"Today I suddenly thought of one thing, our semiconductor industry is much worse than that of Western countries.

If we follow the technological route of the West, although there will be fewer detours, we should not want to catch up with the Western countries.

So, I thought, can we go another way?

If the West engages in silicon-based materials, then we will engage in carbon-based materials.

I know you're not in semiconductors, but you're in carbon-based materials.

Now, you put down what you are doing, hit the power, and go to work on a graphene copper-based material, and you can also flip through the papers.

This material performs very well in electronic components, after all, the material properties are there.

You guys get this material out first, and I'll find someone to solve the semiconductor problem. ”

An Wen went straight to the point and didn't talk nonsense.

The scientific researchers below, hearing An Wen say this, they can only put down what they are doing and start to study graphene copper matrix composites.

It is still very simple to engage in copper-based materials for electronic components and optoelectronics.

After all, whether it is graphene or copper, there are natural advantages in this regard.

After the videoconference, the research teams began to study their own.

The condition given by Anwen is a graphene copper-based material, so what other elements to add to it is their problem.

Everyone began to add other materials according to their own ideas.

The company's organic recycling center now recycles up to 80 tons of e-waste every day.

The decomposed rare earths and precious metals are sent to the materials laboratory building every day, and they never need to consider the waste of expensive metal materials when conducting research.

Anyway, even if the experiment fails and a lot of metal materials are wasted, these waste products can be decomposed and reproduced from the raw materials.

Although there is a loss, it will not be very much.

In this way, everyone has a big brain, and everything is added to it except for the material with radiation.

"Why did you suddenly remember to study semiconductors?" Chen Yun asked curiously.

"Well, Director Shen said that the superconducting total change lithography machine technology and semiconductor technology are required, and I don't agree, so I can only engage in semiconductor technology by myself."

"That's right...... Can you be busy with semiconductor technology alone? ”

"I'm definitely not going to be able to do it alone, so I think about whether to recruit another group of researchers who study semiconductors."

"Don't recruit people, there are enough people in the company now, in fact, you can completely ask Director Shen to arrange personnel for you."

"Uh...... The idea is good. ”

After listening to Chen Yun's suggestion, An Wen's eyes lit up.

Yes, he lacks people, but the country does not lack people.

Then what else is there to say, I picked up the phone directly and made a call to Director Shen.

"Director Shen, I have an idea, it's very reliable, but I don't have a talent to study semiconductors here, can I send some personnel from the national team."

There is no nonsense, just ask for people.

"No problem, it's all a small thing, but what are your thoughts, can you tell me."

Director Shen said that there was no problem, but he was afraid that An Wen would do something again, so he specially asked.

"I'm going to do a carbon-based route and overtake in corners."

"......" Director Shen.