Soon, Mr. Fang and Mr. Yu came out of the laboratory, leaving only the technical experts they brought, still ecstatically gathering in the laboratory.

I kept researching the chip given by someone over and over again.

Mr. Fang even picked up the phone and called the company's boss. The first sentence was: "It's saved..."

When Mr. Fang finished the phone call, his face turned flushed with excitement. She and Mr. Yu came directly to the conference room outside.

I happened to see Mr. Hu, the CTO of Xinghuo Technology, not leaving yet, and was chatting with Mr. He from the Ninth Laboratory in the conference room.

So Mr. Fang asked straight to the point.

"Can Mr. Hu tell us the principle of making carbon-based chips?"

As a scientific researcher, she doesn't like to go around in circles too much.

And they have confirmed the hardware, and now she needs to understand the design principles of this chip and prepare for everyone's future cooperation.

Moreover, even if Mr. Hu explains such a high-tech product to her, there is no need to be afraid of leaking the technology.

Mr. Hu smiled slightly, but did not refuse.

"Well, this actually starts with the fact that we solved the problem of using graphene to prepare carbon nanotubes..."

Mr. Fang, opposite, looked at the young man and couldn't help but curse the little fox in his heart.

Mr. Hu is really cunning. His words are equivalent to telling everyone that, yes, their carbon nanotubes are made of graphene.

You should know that before this, how to prepare carbon nanotubes in large quantities has always been the main problem that plagues scientists around the world.

For example, some British scientists also proposed that carbon nanotubes can be obtained by rolling up graphene, which is a very good idea.

But what can be done has not been solved.

The carbon nanotubes on carbon nanochips developed by MIT last year were actually prepared by chemical dissolution and then purification.

Before Spark Technology's carbon nanotubes were not available, this method was the most mainstream carbon nanotube preparation method in the world.

High efficiency and high yield rate, but the biggest problem is that the pollution is also very high and the cost is also very high.

Now, the United States is the only country in the world that can support the use of this method to prepare large quantities of carbon nanotubes.

And now Spark Technology has obviously found another path.

But what method they used is obviously not willing to announce it to the public.

Of course, this is understandable. After all, this is someone else's unique skill, and no one is willing to make this method public.

Moreover, the researchers at Spark Technology are obviously not those researchers at universities.

If a scientific researcher in a university has achieved such results, the first thing that comes to mind is to publish a paper and then apply for a patent.

Finally, it is to auction patents, or cooperate with capital tycoons around the world to make a fortune.

And Spark Technology, the technology should obviously be the result of the scientific research team behind them.

First of all, they are very low-key, unlike the scientific researchers in schools who are under pressure to achieve academic achievements, and they don’t care about reputation.

Secondly, they are not short of money, otherwise you see, they have already made all the chips.

This can already show their strength, and not only does it make hardware, but also compile the supporting software, which can also show their strength.

So now Mr. Hu is willing to briefly explain the principles of this carbon nanotube chip to himself, which is already very considerate.

Otherwise, if someone doesn't tell you at all, what can you do?

After all, people have not published any papers and have no guidance on the paper. Even if others know that carbon nanotube chips are now, it is impossible to crack the reverse direction.

However, the team behind Spark Technology is really awesome. You should know that this carbon nanotube chip is definitely an honor that can win the Nobel Prize.

But the family abandoned it like a walk, didn't care at all, and had no intention of publishing a paper.

This is a damn...

Thinking of this, Mr. Fang felt that the Xinghuo Technology was becoming more and more unfathomable, and at the same time, she also made up her mind to take the ride-hailing Xinghuo Technology this time.

That’s right, the famous H Company is coming to take advantage of the ride-hailing of Xinghuo Technology!

"Everyone also knows that after preparing nanotubes, the most troublesome thing for everyone is the purification problem. Because carbon nanotubes supported by graphene are of different thickness, length, and this causes their different physical properties."

"What we need is carbon nanotubes with semiconductor properties inside, and the purity must reach four nines after the decimal point..."

Mr. Hu continued to explain to you the preparation process of this carbon nanotube chip, and Mr. Fang listened very carefully.

When she heard this, she was even more curious about how Xinghuo Technology purified it?

As far as she knows, when Americans prepared carbon nanotube chips last year, they were also worried about purifying them.

Finally, I tried my best to mobilize the resources of Oak Ridge National Laboratory and finally came up with a set of solutions.

However, although the purification problem has been solved, the cost has remained high.

So she became even more curious about the solutions of Spark Technology.

"Our purification method is to first use a special organic solution to place all the prepared carbon nanotubes in it."

"Then we use a polymer and put this polymer into this organic solution. Because it reacts with the organic solution, this polymer will undergo some conductive reactions, which will then produce an electromagnetic effect, and finally all the carbon nanotubes of the semiconductor will be adsorbed to it."

"Finally, we take out this polymer, and then its surroundings will be covered with carbon nanotubes with various semiconductor properties, and the purity can reach the requirement of four nines after the decimal point..."

When he heard this, Mr. Fang had to applaud the solution of Spark Technology.

Their solution is much simpler than that of the Americans. Although she does not know the specific purification plan of the Americans.

But when she attended a lecture held by the Americans last year, she also heard the Americans talk about the process of purifying them.

And that process is obviously much longer and more complicated than Spark Technology.

Therefore, the cost of preparing carbon nanotubes by the Americans is obviously much higher than that of Spark Technology.

Otherwise, the purification process of Xinghuo Technology can be completed in only two steps. Although the process may be more complicated, it is much simpler than the purification steps of the Americans.

Of course, the organic solution and polymer in Mr. Hu’s mouth are definitely not cheap, they are definitely their own secrets.

It's normal to think about it. It's already good if someone can tell you the preparation process. As for their special skills, they will definitely not tell you what it is.

However, after hearing this, Mr. Fang had basically understood how the carbon nanotubes came about.

And after hearing this, she became more and more confident in Xinghuo Technology. This is definitely not a fraud company.

To be honest, this is also the main reason why she asked Mr. Hu to explain to her the preparation process of this carbon nanotube chip.

There is no way, there are too many scammers now, and even H Company has been fooled.

For example, in recent times, because they were restricted abroad, the chip supply was jammed.

The company's senior management held meetings many times to seek solutions.

But at this moment, their company also received a lot of calls, some claiming to be a certain laboratory, and some claiming to be a certain university.

It is said that they have mastered the production technology of XXnm chips and can even manufacture lithography machines. Some even have mastered the technology of replacing lithography machines.

Anyway, I hope they will go over and conduct cooperation.

If it were normal times, they would have hung up the phone number of these scammers, but people would inevitably have the idea of ​​seeking medical treatment in a hurry.

So they actually sent several teams to examine the truth about the so-called scientific research results of these people.

And I really met a few, pretending very real.

The laboratory is located in a university, and various equipment and even scientific research principles will be explained to you in a very good manner.

Anyway, my experiment is about to enter a critical moment, and with an investment of several hundred million or tens of millions of yuan, it will produce results.

How about it? Should we invest a little? As long as we get results, we will divide it at that time.

Don’t think this is a joke. In fact, there are really many such scientific research scammers all over the world and they all pretend to be similar.

We can't say too much about it, as it can easily lead to 404 if we say too much.

I believe that if anyone invests in finance, he will definitely be exposed to such cases.

Mr. Fang asked Mr. Hu to explain the principle of this carbon nanotube chip, which is actually just to be on guard against, so the other party is not a clever liar.

However, now that he heard this, President Fang has already believed in these ideas and some unheard of techniques and techniques.

The other party is not a liar!

"So after purification, how can we ensure the bulk density of these carbon nanotubes? How did you do this?"

As a scientific researcher, Mr. Fang is naturally more interested in technology.

So she asked unconsciously, but as soon as she said this, she regretted it.

Because this is obviously the core secret of other people's technology, how could it be so easy to tell you?

You should know this problem, which is equivalent to how the current silicon-based chips solve the problem of silicon transistor accumulation.

The biggest problem with chips now is how to stack the highest density transistors within a unit volume.

The reason is that the more transistors accumulated within a unit volume, the better the performance.

Because the more transistors are stacked per unit volume, the more gates there are on the chip and the more problems it can handle.
Chapter completed!