this narration is wrong

Chapter 253 Funds in Company Accounts

Fifteen minutes later, in the meeting room on the top floor, the top executives of future technology gathered.

"Boss, Mr. Liu and the others have arrived, look."

"Then let's go there too!" After speaking, Guo Yuan got up and came to the meeting room with Cheng Shuqing.

Seeing Guo Yuan approaching, all the executives of Future Technology stood up and greeted Guo Yuan.

Guo Yuan came to the main seat and sat down, then motioned for everyone to sit down too.

"Shu Qing, tell everyone about it!" Guo Yuan turned to Cheng Shuqing and said.

Cheng Shuqing nodded: "It's like this. Mr. Lei came to our boss this afternoon, and Mr. Lei talked to the boss about his desire to engage in car assembly. For this reason, Rice will invest 30 billion yuan to build a factory.

Our company has a 5% stake in Rice Manufacturing, so we need to invest 1.5 million yuan. The boss wants to hear your thoughts. "

After listening to Cheng Shuqing's words, Wang Hui was the first to make a statement: "Boss, since we all got the shares of Dami Automobile, there is no reason to give up at this time because of a little investment. I think we should follow suit."

"Mr. Wang, what Dami Auto is going to do is new energy vehicles. Judging from the current domestic new energy vehicle market, Dami Auto may not be competitive. I don't think we need to follow suit." Zhao Liyi expressed his objection.

"I agree with Mr. Zhao, Dami should play with his mobile phone! Don't try anything else.

I heard people on the Internet how powerful rice air conditioners are, so I bought one after being fascinated. In short, I think rice is not good enough except for mobile phones. " Xun Haoran echoed.

"I think we have to follow. It's not that we are optimistic about Dami, but that Dami's self-driving technology is produced by our company. Doesn't our company's non-investment mean that we have no confidence in the technology we have developed?" Tong Qifeng said.

"Tong Zong, technology is technology, and it has nothing to do with whether we are optimistic about rice making cars." Liu Xiaoyin said.

Here, although Liu Xiaoyin did not expressly object to co-investing in rice to build cars, her words have actually shown her attitude, and she does not support co-investing.

Now everyone except Zhuge Chuang expressed his opinion, and everyone turned their attention to Zhuge Chuang.

"Don't look at me! I don't have any idea about whether to follow the investment, but I just want to remind everyone that there are almost 20 billion lying in our company account now.

The money comes from selling games + listening to all things membership + listening to all things and Future Computer Doctor's advertising fees + future computer doctor and star engine authorization.

Putting things like money in the account will not increase out of thin air, it should be based on money to make money. "

The expressions of several high-level executives who opposed the investment just now changed after hearing Zhuge Chuang's words.

Guo Yuan was also a little surprised when he heard the words. He didn't expect that there was so much money in the Future Technology account.

"Ahem, what boss, I suddenly think that investing in rice to build cars is not a bad idea." Zhao Liyi was the first to change his words.

Liu Xiaoyin also nodded.

Xun Haoran probably did not change his attitude because he had a really bad impression of other rice products.

Wang Hui chose to abstain.

There were two high-level defections, and this follow-up vote passed.

"That's all right! Brother Chuang, you and Dami will connect and transfer the money!" Guo Yuan said.

"Good boss."

"Mr. Wang, does your industrial investment company have any good projects recently?" Guo Yuan asked.

"Boss, don't tell me you really have one. Have you ever heard of carbon nanotubes?" Wang Hui asked.

Wang Hui said that other Guo Yuan may not know, but Guo Yuan really knows about carbon nanotubes.

Because carbon nanotubes are an important optimization direction for the development of lithium batteries at this stage.

Li Cheng's semi-solid lithium battery technology is continuously calculated by 01. Every time it is sent to Li Cheng, Guo Yuan has read it in advance.

Among them are the concepts related to carbon nanotubes.

Carbon nanotubes are a kind of tubes with excellent electrical conductivity.

At the same time, due to its small depth and short stroke when deintercalating lithium, as an anode material, the polarization effect is small during high-rate charge and discharge, which can greatly improve the high-rate charge and discharge performance of the battery.

In addition, carbon nanotubes can also be combined with other negative electrode materials, and use its unique hollow structure, high conductivity, and large specific surface area as a carrier to improve the electrical properties of other negative electrode materials.

Moreover, according to Guo Yuan's knowledge, the laboratory manufacturing of carbon nanotubes was actually realized in China in 2001, but before 2007, the industrialization process of carbon nanotubes was almost stagnant.

It was not until 2010, when the research institute headed by Tsinghua University issued a series of patents, that the carbon nanotube industry officially started.

Carbon nanotubes have been undergoing continuous technological innovation over the years, basically replacing them every 2 or 3 years.

Many people say that carbon nanotubes are one of the most important materials for breakthroughs in metal-hydrogen batteries in the future.

The so-called metallic hydrogen is something that has been confirmed to exist and is known as the "holy grail of high-pressure physics".

It's just that metal-hydrogen batteries cannot be manufactured with the current human technology.

Because hydrogen is the lightest element, the weight of hydrogen per cubic meter is less than 90 grams, and the density of water is more than 9000 times greater than it.

But 1 cubic centimeter of metallic hydrogen weighs a full gram, which is several orders of magnitude different from hydrogen density.

To change hydrogen from a gaseous state to a metallic state, it is very simple to say that it is pressurized.

But in fact, to pressurize hydrogen to a metallic state, a pressure of at least 500Gpa is required.

The pressure at the center of the earth's core is only 360Gpa.

In contrast, the pressure generated by the explosion of TNT explosives is equivalent to 10 atmospheres, which is only more than 10Gpa.

So it is conceivable how difficult it is to prepare metal hydrogen.

Not to mention the metal hydrogen battery.

However, although the preparation of metal hydrogen is difficult, its preparation principle is actually relatively simple.

Therefore, some cutting-edge laboratories at home and abroad have actually completed the preparation of metal hydrogen, but they cannot turn it into a battery.

However, the metal hydrogen produced at this stage is only the metal hydrogen produced in the laboratory state.

The real difficulty is how to take metal hydrogen out of the laboratory and realize mass production.

In order to realize the mass production of metal hydrogen, there are actually many problems.

The manufacture of ultra-high-pressure environments, the manufacture of high-strength materials, such as artificial diamonds, and the carbon nanotubes used to accommodate quasi-one-dimensional hydrogen, all these problems have been solved, and the mass production of metal hydrogen will be possible.

Metal-hydrogen batteries can also be manufactured.

Now the manufacture and development of carbon nanotubes is actually quite smooth.

The carbon nanotube industry is a technology-intensive niche market.

After Tsinghua's technological breakthrough in 2010, domestic carbon nanotube shipments accounted for 2020% of the world's total by 54, which is lower than that of negative electrodes and electrolytes on the whole, and there is still a lot of room for improvement.

(End of this chapter)