Lichuan is determined to build a country with science and technology and to play innovative high-tech. In other words, it is even more difficult to subvert the existing industrial system. And if you subvert it, you must create another new system. If you subvert it, you must have inherited development. This is no different from the sky.

Li Chuan's brain has super technology that surpasses the entire human civilization on Earth, but technology has two sides, and technology may not be good. If human beings have a magnification, the instantaneous sudden endurance of human beings is limited, and it may cause war.

For example, Li Chuan can easily do controllable nuclear fusion, but he dare not take it out so recklessly. First, if those super technologies are created, they may not be able to dominate themselves, and may even bring disaster. Second, this subversive power is comprehensive, in other words, war will follow.

World War, this is not what Li Chuan wants to see.

Transition. Ultimately, these two words are the words. Not only Lichuan, but Huasheng Technology, looking at the world and looking at the entire civilization, it also requires a reasonable transition period.

"New materials..." Li Chuan murmured to himself.

There is no doubt that if the original basis of the Internet is users, then the basis of hardware technology is new materials.

Today's high-tech and sophisticated technology involves a variety of materials, especially electronic technology, and the basis is silicon materials, ranging from various electronic products to artificial satellites, etc., silicon materials are indispensable.

The so-called subversion means subversion from the most basic level. There is no doubt that the beginning of subversion is to find a brand new material that can completely replace silicon materials, so as to subvert the current "silicon era".

Li Chuan's brain is an encyclopedia of super technology. At this time, it is like a cutscene, constantly flipping through various super technology.

After a while, Li Chuan stopped thinking, then returned to his desk and typed three words on the computer: graphene.

"Graphene material...it's all for you...Graphene era." Li Chuan stared at the three words on the computer and focused on himself. This material is by no means the most powerful material in Li Chuan's mind, but it is undoubtedly the most suitable material to develop. This is to lay the foundation for a series of happy technologies in the future. Only when the material foundation is greatly innovated can subsequent technologies usher in innovation.

"Are you going to prepare to enter the graphene material?" At this moment, a slightly surprised voice suddenly came, which scared Li Chuan, who was fully focused. He moved away from the computer screen and saw a slim figure coming, which was Li Ruolan, who was assistant to the chairman, emmm... outside Li Chuan's girlfriend and fiancée.

"You guys born in the Year of the Cat, you walk without sound, and you won't knock on the door when you enter." Li Chuan said depressedly.

Although Li Ruolan is not a technical engineer, he has a wide range of knowledge. Strictly speaking, the existing graphene materials cannot be regarded as true graphene materials.

Graphene is a group of two-dimensional crystals with honeycomb structures made up of carbon atoms closely arranged, which looks similar to a hexagonal plane. It is the thinnest material known to humans on Earth or humans. The single layer of graphene has only the thickness of one carbon atom and belongs to a type of nanomaterial.

Since its inception, graphene has caused a global research boom, especially its unique properties, which are called "the material that changes the 21st century" by many materials science experts. Graphene will become a new potential material in the "post-silicon era", and it is predicted that "the 21st century will be the century of carbon."

This nanomaterial has too many excellent properties, super conductive and mobility 100 times that of silicon materials; graphene's thermal conductivity is also better than carbon nanotubes and dozens of times that of metals such as copper and aluminum. Such performance can become the heat dissipation material for ultra-large-scale nano-integrated circuits in the future; graphene materials also have mechanical strength that is harder than diamond and 100 times that of steel, as well as stretchable folding flexibility and excellent light transmittance, and can achieve a light transmittance of 97.4% in terms of light transmittance.

In short, the potential application value of graphene materials is immeasurable.

"Are you sure graphene is the company's next development strategy?" Li Ruolan ignored his complaints and asked back, wanting to get a definite answer.

"Of course, why not?" Li Chuan got up and left the desk, came to the sofa, leaning against the sofa, crossing his legs and laughed: "Graphene is a good thing, it will change the world."

"In the future, graphene-based materials can produce computer chips with higher frequency, smaller heat generation and greater information. By then, the frequency of chip processors is expected to reach more than 1 THz, while the best commercial CPUs are now on the GHz order, with 1 THz = 1000GHz."

"In the future, mobile phone batteries prepared based on graphene materials can be fully charged in one or two minutes and make calls for half a month. Using graphene light modulators can make the network speed ten thousand times faster."

"In the future, graphene materials can achieve direct, fast and low-cost gene sequencing, and a recognized gene sequence can be determined in just a few hours or a certain disease can be identified soon."

"In the future, ultralight aircraft, ultra-tough body armor, light cars, and even space elevators that go straight to the Nine Heavens. The application prospects of graphene materials are too broad, and they have extensive application prospects in many fields such as touch screens, electronic devices, energy storage batteries, displays, sensors, semiconductors, aerospace, military industry, composite materials, biomedicine, etc. Once mass-produced, it will become the next trillion-dollar emerging industry, which is more disruptive than Peanut Network."

Graphene materials are not a new concept now, but they have not been able to replace silicon materials until today. The biggest difficulty is that the mass production or production of graphene materials is not ideal at all.

The high production cost is still a global problem. The production cost of one square centimeter has reached an outrageous 635 yuan, and a suitable low-cost production technology has not been found yet.

High production costs, inefficient production capacity, and the production of materials that fail to meet expectations are major problems hindering the development of graphene.

The prospects depicted by Li Chuan are surging, but Li Ruolan expressed calmly and said without thinking: "At present, from a global perspective, there are more than 300 technology companies engaged in this industry, and the number is still increasing. It is also one of the national strategic projects in my country. From the 12th Five-Year Plan to the 13th Five-Year Plan now, there are graphene. Although capital and major new materials research institutions have been fanatically obsessed with it for many years, as cutting-edge technology, material research is still in its infancy."

"It is indeed in its early stages. Based on the outside world, there is still a distance from large-scale applications. Judging from the current progress, it looks very close at first glance and the future is promising, but in fact it seems to be far away." Li Chuan smiled and said confidently: "But for me, there are no technical problems, and the future is within reach."

Speaking of this, a look of surprise flashed in Li Chuan's pupils and looked at Li Ruolan with a smile: "I really didn't expect you to be an encyclopedia with such a wide range of knowledge."
Chapter completed!