Tech Translator

Of course Wang Rongzhe could hear the hidden meaning in Li Hao's words.

If his guess is correct, Qingci Technology must have a microstructure design scheme that allows the chip to think intelligently.

They want to cooperate with themselves to jointly develop carbon-based chips.

He welcomes this kind of thing very much. Wang Rongzhe rejected the invitation of Intel and Qualcomm at the beginning, and worked hard on carbon-based chips while teaching at Tsinghua University.

It's for his ideals, and he doesn't want to see Huaxia being controlled by others in the chip field. He is determined to change this situation.

Although this ideal is very difficult, if no one works hard to realize it. Then he is just a fantasy and will never succeed.

But he works hard towards this goal, and when he grows old, he will not regret his choice when he was young. Now it seems that his choice is worthwhile, and the chip project is about to succeed.

For the sake of ideals, Wang Rongzhe's project was about to be disbanded when the project funds were in short supply.

He didn't give up either. By leading his students to pick up projects outside, and with meager funds, he barely maintained the carbon-based chip project.

He doesn't care how much wealth this chip can bring, but whether this chip can surpass the chips of other companies in the world.

Carbon-based chips are really successfully developed, and he is the leader in the domestic chip field. Get access to all the hidden benefits this program has to offer.

This can greatly increase his right to speak, and he can also make more contributions to the better development of the country's chip industry.

Wang Rongzhe said with a smile: Chairman Li means that your company has a microstructure design scheme that makes chips generate intelligence.

Li Hao nodded and said: Of course, we have designed a chip microstructure with an intelligent mode. Through special logic circuit design, the chip can have a certain degree of intelligence in the hardware field.

A single chip has weak intelligence, but multiple chips are connected to form a swarm intelligence network.

This is my inspiration from insect societies such as ants and bees. The intelligence of a single ant is very weak, and it can only act on instinct.

But a large group of ants gathers together, after they communicate through pheromones. The wisdom of the crowd will be formed.

The same is true for our smart chips. A single smart chip does not seem to have a high level of intelligence, and the designed logic circuit is not complicated at all. But there is a cluster intelligent network formed by multiple intelligent chips.

The supercomputer it consists of even surpasses the current weak artificial intelligence.

Li Hao also felt very lucky that this technology was not translated by him recently. Instead, he is translating the original manuscript of artificial intelligence technology. This kind of technical information is implied in it.

The characters used by alien civilizations are very concise, and they don't just have polysemy in a single word. It is a group of words or a sentence, which also has polysemy.

When he was translating other technologies, he suddenly discovered that a group of words had other meanings. Only then did he re-discover the original technology he had put in the corner.

Suddenly I saw that the artificial intelligence mentioned above does not only include software. It also includes hardware aspects.

It's just that the structure of the hardware is not directly given in the alien civilization data. Instead, the rationale for arranging the hardware is given.

Li Hao deduced the mathematical logic principle that contains swarm intelligence. He used the scientific research auxiliary system and conducted joint experiments with Director Bi Ye. Finally, a swarm intelligence microstructure with thinking ability has been developed.

He stretched out his right hand and snapped his fingers in the air. All I saw was a curtain of light immediately appearing in front of Wang Rongzhe.

The above shows a complex logic circuit, which is part of the microstructure designed by Li Hao.

Wang Rongzhe stared at the logic circuit on the light curtain.

He kept knocking on the table with his hands, analyzing the logic circuit on it. After reading it, he said pleasantly: The logic circuit you use is very delicate. I think this logic circuit can really perform small-scale data calculations, which is enough to make the chip generate a certain amount of wisdom.

Li Hao tentatively asked: Professor Wang, then we will use this technology to cooperate with your carbon-based chips. What do you think?

Wang Rongzhe slapped the table and said happily: I personally agree with this cooperation plan. The performance of carbon-based chips already surpasses that of silicon-based chips. Coupled with your smart microstructure, it has too many uses.

The adaptability of this chip will be very strong, even if the quantum chip is put into production in the future. Due to cost considerations, our carbon-based chips can also be used in low-end areas.

Li Hao saw that Wang Rongzhe easily agreed to cooperate, but he didn't expect it. Just stop the persuasion plan he prepared.

He excitedly said to Wang Rongzhe: Professor Wang, we have joined forces to produce carbon-based chips with excellent performance.

Our company is preparing two cooperation plans, one is to hold the patent alone and cooperate by mutual authorization.

The other is to deeply integrate these two technologies. Through the sharing of patents, in-depth research on the new generation of carbon-based chips.

From what Li Hao said, it can be known that he is inclined to the second cooperation method of sharing patents.

This allows them to more accurately grasp the situation of the carbon-based chip. Coupled with the fact that their company is not short of money and has invested in the core technology of smart chips, the share of patents it occupies must not be too small.

But he mentioned two options just to make it convenient for Professor Wang Rongzhe to choose.

It's not just carbon-based chips that are his brainchild. Professor Wang Rongzhe conducted scientific research as a professor of Tsinghua University within the system, and applied for the National Research Fund.

Not all the patent rights of the carbon-based chip are in his own hands. Both Tsinghua University and the country have some patent rights.

The first solution proposed by Li Hao is to give the relevant departments another choice. He estimated that the relevant departments did not agree with the second option, and they should also agree to the first option for better chips.

After Wang Rongzhe heard Li Hao's plan, he immediately made a decision: I think the second plan, sharing patents, can better play the potential of carbon-based chips. It can deeply integrate these two technologies.

But this project is not something I can make alone, and I will respond to the above. Let them consider the second cooperation option more.

Hearing what Wang Rongzhe said, Li Hao was slightly relieved. In the cooperation of scientific research projects, scientists who lead the scientific research process have a very important voice.

He shook hands with Wang Zhe and said, Then wish us a happy cooperation, and send me a message after you have communicated with other departments.

At that time, we will sign a specific contract and carry out formal cooperation.

Okay. Wang Rongzhe said with a smile, Now there is a chip simulator, which is enough to prove to the above that carbon-based chips have made great progress.

Besides, our project has not received much attention before, and it is estimated that the obstacles to cooperation will not be too great.

After Wang Rongzhe finished speaking, he discussed some cooperation details with Li Hao, and then left.

After watching him leave, Li Hao learned about the current progress of the lithography machine project. Just leave this lab.