For carbon nanotube chips, if they cannot accumulate 200 to 300 carbon nanotubes in a space of one micron.

Then this so-called carbon nanochip will be meaningless. That is to say, the accumulation of 200 carbon nanotubes in a space of one micron is the most basic requirement for carbon nanotube chips.

But as mentioned before, each carbon nanotube is only one nanometer in size, and the thickness of a human hair can be 50,000 to 60,000 nanometers.

This shows how subtle this carbon nanotube is, even the dust is larger than this nanotube.

Only the volume of certain bacteria can be compared with this carbon nanotube.

So how to solve the problem of accumulation of carbon nanotubes?

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Last year, when President Fang went to Europe to attend a World Computer Conference, American MIT experts said at the conference that their method was to use a method similar to a 3D printer.

Carbon nanotube chips produced in a model similar to additive manufacturing.

But people definitely didn't explain in detail how those carbon nanotubes accumulate. After returning, Mr. Fang and his team also made many speculations.

But the experts within H Company still couldn't figure out what to do specifically.

Now the people of Xinghuo Technology have obviously solved this problem, so she is very curious about how they did it.

However, after asking this question, she regretted it because it was very reckless and involved other people's core technology.

Maybe it will annoy people.

At this time, Mr. Fang looked up, but fortunately, Mr. Hu on the opposite side did not look very ugly. Obviously, he was not angry about her problems.

He just smiled and thought for a while, then said.

"In fact, we used chemical methods to solve this step, which is to soak the purified polymer into another organic solvent."

"Then another chemical preparation is dripped on top of the organic solvent, and a reaction will occur between this chemical preparation and polymer."

"And before they react, a kind of gravity will be generated between the chemical bonds on both sides, and it is under the action of this gravity."

"The carbon nanotransistors attached to polymers will all be separated from polymers according to our settings, and then enter into the substrate we are inserting in the middle..."

Mr. Hu has used the simplest words to describe their solution.

But Mr. Fang on the opposite side still felt a feeling of enlightenment. So that's it!

It's so amazing. I have to say that the scientific research team behind these Spark Technology is really amazing. I even want to get such a solution.

In this way, as long as the chemical reaction between these two substances is strong enough, the more carbon nanotubes they can accumulate in unit space?

When Mr. Fang thought of this, he couldn't help but sigh that with such technology, it would be much less difficult to manufacture carbon nanotube chips than silicon-based chips.

In this way, the cost will definitely be more advantageous.

At this time, she looked up at Mr. Hu again. After explaining the problem, her attitude was still very kind and smiling.

It seems that he was not angry about his previous recklessness. When Mr. Fang thought of this, he felt even more at ease.

Anyway, I have asked several previous questions, so I might as well just ask the last question.

"Then Mr. Hu, please forgive me for having another problem."

Mr. Hu waved his hand with a smile and signaled her to ask.

At this time, Mr. Fang simply let go: "Then how do you solve the problem of ordering carbon nanotubes..."

This is also a problem that has troubled many scientists. If you want to make a good carbon nanotube chip, your carbon nanotubes must be arranged in an orderly manner.

For example, for carbon nanotubes piled up in a space, your direction must be at least consistent, because this determines the direction of electrons.

If some nanotubes are installed in an inverted path, then electrons run inside it like walking into a maze, and if they take two steps, they will crash.

Therefore, the sorting direction of carbon nanotubes is also a very difficult problem to solve.

After all, carbon nanotubes are smaller than dust, and if you want to solve their sorting, it is even more impossible to use physical means.

Therefore, Mr. Fang paid more attention to how Xinghuo Technology solves this problem.

If Mr. Hu can also give a perfect answer to this question, it means that the carbon nanotube chips are real things.

Because they have solved the most difficult preparation process for you, at least in theory they have solved it for you.

This is much better than those scientific scammers. During this period, Mr. Fang personally led a team to meet many such scammers.

Such scammers often have very bluffing titles, and their scientific research projects also sound very high-end, and even sound very cutting-edge.

Not to mention ordinary people, even some people in real scientific research are likely to be fooled by their names and theories they say.

But if you really talk about their so-called theory with them and talk for a few hours, you may be able to hear the loopholes in their theory.

Of course, some of the ones that are sophisticated can really make you a fight for three days and three nights.

Anyway, the money that was fooled in the end was the investors' money. As far as she knew, there were many large factories in China who were deceived by these scientific research scammers.

Before, their H Company had almost been caught in the employment.

However, now it is much more reliable when encountering this Xinghuo Technology. At least they have solved the problem of the weakest electronic components in China.

From the MLCC with the largest demand, to various ceramic capacitors, inductors, etc., these were imported from Japan in the past.

However, this company has finished products now, and its quality is not inferior to the products of the top Japanese companies.

This technology alone is worth a lot of money.

In addition, many foreign countries have issued restrictions, which have set many restrictions on our electronics industry.

If their family has this technology, it may be possible to unify the domestic basic electronic components market within a few years.

The most important thing is that with the emergence of this factory, Japan and other companies that master MLCC manufacturing technology will definitely panic. When they consider whether to cooperate with the world's number one, they will have certain concerns.

Because if they do that, they will lose our market share in minutes.

After hearing this question from Mr. Fang, Mr. Hu savored it for a long time, and finally made up his mind and said as if the other party had said.

"Originally, this step involved the commercial secrets of our company, but considering that Mr. Fang and Company H are our major customers, I will tell you briefly!"

"Actually, we are using biological gene technology here. We will wrap a layer of DNA single strand on the carbon nanotubes, and then replay another single strand of DNA in the groove of the carbon-based chip. In this way, when laying the carbon nanotubes, corresponding gravity will be generated between the two single strands..."

"Not only can carbon nanotube chains be easily placed in the grooves of carbon-based crystals, but even the sorting directions of those carbon nanotubes can be solved by the intermolecular attraction when DNA single-strand bonds..."

Mr. Hu said it very simply, but Mr. Fang, who was sitting opposite him, sounded like a storm in his mind.

Awesome! Awesome! Awesome!

When he heard the solution mentioned by Mr. Hu, Mr. Fang could no longer suppress the excitement in his heart.

The solutions of this series of carbon-based chips from Xinghuo Technology are so awesome!

In the past, people have been discussing carbon nanotransistor chips, but only the United States has made it, and what the United States has made is just a primary product.

It integrates a chip with 14,000 transistors, which is just a product from the level of the 1960s.

Moreover, so many countries around the world are currently studying carbon nanotransistor chips, but none of them can come up with an industrial-level preparation plan.

Although MIT in the United States made a chip last year, the cost of that chip was too high and could only exist in the laboratory.

According to her estimates, unless there is a major breakthrough in technology and materials, there is no possibility of large-scale commercial application within 20 years.

But now this product from Spark Technology is different, and their theory is very mature.

Although Mr. Hu hid many key materials and process processes during the talk.

But at least from the theoretical point of view, we know that their chips are not virtual, but have truly mastered practical applicable technologies.

Moreover, these technologies sound like they can be used for large-scale commercial production immediately.

And this is a real world difference from the carbon-based chip in the United States.

So this Xinghuo Technology is definitely not a liar, he is a real master.

When Mr. Fang thought of this, he smiled: "Okay, Mr. Hu, I have figured it out now. The reason why you came to us must be that you have already prepared something!"

"So I want to know, how do you plan to start this cooperation?"

"And, why are we?"

He is worthy of being the top boss of H Company. As expected, he has a top mind and quickly figured out the joints here.

Fang Zilu has already seen that this time Xinghuo Technology has definitely had some plans for him to come to H Company.

The MLCCs that were before and the techniques that were later demonstrated to Mr. Yu step by step were probably just methods they had already set.

Otherwise, with the carbon nanochip they are currently in control, they can win a Nobel Prize winner in every minute.

And as long as they publish carbon nanochips to the world, their company will be famous all over the world in every minute.

As long as they nodded and agreed to go public, their company's market value will surpass Intel and Apple in every minute.1603363106
Chapter completed!