1313th, Take a Ride with Spark Technology

Soon Fang Zong and Yu Zong came out of the laboratory, leaving only the technical experts they brought, still frantically surrounding the laboratory.

Facing the chip given by others, I kept researching it over and over again.

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

When Mr. Fang finished the call, his face was flushed with excitement, and she and Mr. Yu went directly to the meeting room outside.

I just saw that Mr. Hu, the CTO of Spark Technology, hadn't left yet, and was chatting with Mr. He of the Ninth Lab in the conference room.

So Mr. Fang asked straight to the point.

"Could Mr. Hu tell us about the principle of making this carbon-based chip?"

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

And they have already confirmed the hardware, and now she needs to understand the design principle of this chip to prepare for future cooperation.

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

Mr. Hu smiled slightly, but did not refuse.

"Well, this actually started when we solved the problem of using graphene to prepare carbon nanotubes..."

Boss Fang, who was on the opposite side, looked at this young man, and couldn't help but secretly scolded the little fox in his heart.

This President Hu is really cunning enough, he told everyone in one sentence, yes, their carbon nanotubes are made of graphene.

We must know that before this, how to prepare carbon nanotubes in large quantities has always been the main problem that plagued scientists all over the world.

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

But how to do it, has not been resolved.

Last year, the carbon nanotubes on the carbon nanochip successfully developed by the Americans at MIT were actually prepared by chemical dissolution and then purification.

Before the carbon nanotubes of Xinghuo Technology, this method is the most mainstream carbon nanotube preparation method in the world.

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

Now in the whole world, the United States is the only country that can afford to use this method to prepare a large amount of carbon nanotubes.

But now Spark Technology has obviously found another path.

It's just that they are obviously reluctant to announce what method they used.

Of course, this is also understandable, after all, this is someone's unique skill, and no one would be willing to make this method public.

Moreover, the scientific researchers of Xinghuo Technology are obviously not those scientific researchers in the university.

If it is a scientific researcher in a university who has achieved such an achievement, the first thing that comes to mind must be to publish a paper and then apply for a patent.

The last thing is to auction patents, or cooperate with capital tycoons all over the world to make a lot of money.

The technology of Xinghuo Technology should obviously be the result of the scientific research team behind them.

First of all, they are very low-key, and they don't have the pressure of academic achievements like the scientific researchers in those schools, and they don't care about their reputation.

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

This is already a good indication of their strength, and not only the hardware is made, but even the supporting software is compiled, which is even more indicative of their strength.

So now Mr. Hu is willing to explain the principle of this carbon nanotube chip to himself, which is already very face-saving.

Otherwise, if people don't tell you at all, what can you do?

After all, they have not published any papers, and without the guidance of the papers, even if other people know about the carbon nanotube chip at this time, it is impossible to decipher the reverse engineering.

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

But people actually abandoned it like walking shoes, they didn't care at all, and they didn't plan to publish a paper.

This shit...

Thinking of this, Mr. Fang felt that the spark technology was becoming more and more unfathomable, and at the same time, she also made up her mind that she must take the ride of the spark technology this time.

That's right, the well-known H company is going to take a ride with Spark Technology!

"Everyone knows that after the nanotubes are prepared, the most troublesome thing for everyone is the problem of purification. Because the carbon nanotubes supported by graphene are of different thicknesses and lengths, this leads to their different physical properties."

"And what we need are carbon nanotubes with semiconductor properties inside, and the purity must be able to reach four nines after the decimal point..."

Mr. Hu continued to explain the preparation process of the carbon nanotube chip to everyone, and Mr. Fang on the opposite side listened carefully.

When she heard this, she was even more curious, how did the Spark technology be purified?

As far as she knows, when the Americans prepared carbon nanotube chips last year, they also had to worry about purification.

In the end, I tried various methods, even mobilized the resources of Oak Ridge National Laboratory, and finally came up with a solution.

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

So she became even more curious about Spark Technology's solution.

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

"Then we use a high molecular polymer and put this high molecular polymer into this organic solution. Because of the reaction with the organic solution, this high molecular polymer will undergo some conductive reactions, and then it will The electromagnetic effect will be generated, and finally all the semiconducting carbon nanotubes will be adsorbed on it."

"Finally, we take out this high molecular polymer, and then its periphery will be covered with carbon nanotubes of various semiconducting properties, and the purity can fully meet the requirement of four nines after the decimal point..."

Hearing this, Mr. Fang had to applaud Spark Technology's solution.

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 participated in a lecture held by Americans last year, she also heard from Americans about their purification process.

And that process is obviously longer and more complicated than that of Xinghuo Technology.

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

Otherwise, you can see that the purification process of Xinghuo Technology is 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 high molecular polymer that Mr. Hu talked about are definitely not cheap, and they must be his unique secrets.

It's normal when you think about it, it's good if someone can tell you the preparation process, but as for their housekeeping skills, they definitely won't tell you what it is.

But after hearing this, Mr. Fang already basically understood how his carbon nanotubes came about.

And after hearing this, she has become more and more confident in Spark Technology, which is definitely not a fraudulent company.

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

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

For example, recently, because they were restricted by foreign countries, the supply of chips was cut off.

The company's top management met several times to find a solution.

But at this time, 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, and some even have mastered the technology to replace lithography machines.

Anyway, I hope they will go to investigate and cooperate.

If it was normal, they would have hung up the calls of these scammers long ago, but people at this time will inevitably have the idea of ​​going to the doctor in a hurry.

So they really sent several teams to investigate the truth of these people's so-called scientific research results.

But I really met a few, pretending to be very real.

The laboratory is set up in the university, and all kinds of equipment and even scientific research principles are explained to you in a decent way.

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

How about it, do you want to vote a little, as long as the results are produced, then we will share.

Everyone, don't think this is a joke. In fact, there are many such scientific research liars in the world and they all pretend to be similar.

I can't say more about the specifics. If I say too much, it's easy to be 404.

I believe that if you have done financial investment, you will definitely come into contact with such cases.

And Mr. Fang asked Mr. Hu to explain the principle of the carbon nanotube chip, in fact, just to guard against the other party, don't be some clever liar.

But now that he heard this, Mr. Fang has already believed eight percent of Mr. Hu's ideas and some unheard of techniques and technologies.

The other party is not a liar!

"Then how do you ensure the packing density of these carbon nanotubes after purification? How did you do it?"

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

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

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

To know this problem is equivalent to the current silicon-based chip, how to solve the problem of silicon transistor accumulation.

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

The truth is that whoever accumulates more transistors per unit volume will have better 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.

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