God of Rebirth Trader

General Lin Ze slammed the teacup in his hand on the table, stood up angrily, and walked to the floor-to-ceiling window, not wanting to say a word.

The company has invested so much manpower and material resources and given great support, but the family's financial resources are almost empty. You waste so much money and finally say: "It can't be done" and just want to get out?

That’s not true!

If you don't have diamonds, don't take the porcelain job. Why didn't you tell me if you couldn't do it? Why don't you stop this project early?

Now it is suddenly said that it is impossible to achieve. What does this mean?

Cen Jingping secretly pulled Yu Guangbin and asked him to stop talking nonsense.

This project was proposed by Chen Weidong himself. In the eyes of the company's employees, he is basically a perfect figure who has no plans left and is a guiding light.

When Yu Guangbin said this, didn't he make Chen Weidong look bad in front of him and accuse him of giving random orders?

However, Yu Guangbin seemed to have woken up after being scolded by Chen Weidong, and showed a bloody streak. No matter how hard Cen Jingping tried to pull him, it was useless, and he still looked at Chen Weidong with his neck stiffened.

"Isn't it realistic?" Chen Weidong's expression was strange, half-smiling but not smiling, "So, do you mean to suggest canceling this project?"

"No! I don't mean that." Yu Guangbin stared at Chen Weidong and said very firmly: "These days, I have thought about it repeatedly. Although the current silicon computers are making rapid progress, when the technology advances to 3 nanometers, it will

It’s basically reached its limit.”

"The computers of the future will definitely appear between photonic computers, quantum computers, and biological computers."

"Professor Kruger and his colleagues seem to be researching biocomputers, but I don't think they will make much progress for at least fifty years."

"I was once lost between quantum computers and photon computers, but later, I discovered that in some aspects, these two computers reach the same goal by different paths."

"For example, problems such as optical storage technology and photon capture are common to both."

"On the way to developing photonic computers, we conducted in-depth research on several computers and believed that biological computers are the most ideal computer that is closest to the human brain but exceeds the human brain."

"Once it is put into practical use, it can make the entire human technology jump forward by hundreds of years!"

"However, the above two types of computers have no possibility of being realized in the foreseeable future."

"Currently, what humans have the best chance to conquer is the photon computer, which is the least valuable compared to the first two types of computers."

"The limit of the optical brain is the speed of light, which is 300,000 kilometers per second. It can be seen that, based on current computers, photonic computers will only be a thousand times faster than silicon computers when they are developed to the extreme!"

"However, as an intermediate model between silicon computers and the other two future computers, photonic computers are the most likely to be realized first."

"Moreover, when the photonic computer is developed, we can use the optical brain to accelerate the research on biological computers and quantum computers, creating favorable conditions for human science and technology to achieve an early leap."

Chen Weidong touched his chin, light beard, and said thoughtfully: "Then what kind of computer do you think, if, after we develop a photonic computer, we should focus on it?"

Yu Guangbin was silent for a while and said slowly: "Actually, people say that biological computers and quantum computers are the next generation of computers. This is just an inference."

"Even if someone completes several pairs of quantum entanglements in the future, it will only be equivalent to creating a electron tube, and there is still a long way to go before it can finally become a practical computer."

"I think it is too vague to talk about the next generation of computers when photonic computers have not yet been realized."

"Perhaps, humans will discover more valuable computer research and development directions in these decades. That is not impossible."

Chen Weidong nodded slightly, looked at him with interest, and said: "According to your statement, we can't build a photonic computer now, but we also say that we can't give up on photonic computers. Isn't this a bit contradictory?"

Chief Engineer Cen Jingping coughed and explained for Yu Guangbin: "Mr. Chen, what we mean is that it is impossible to create a practical photonic computer until the huge obstacles in optical storage are cleared."

"As we all know, light advances in a straight line and will keep moving forward before the energy is exhausted. However, if we want to meet the needs of computer computing, existing electronic chips and system memory cannot match photonic chips at all."

"Just creating a photon chip cannot lead to the birth of a photon computer. However, it is very difficult to make the photons carrying data slow down from a speed of 30 kilometers per second or even stop with current technology."

"We have done many experiments, and the best result is to slow down photons to 15 meters per second, which is approximately equivalent to a car traveling at 50 kilometers per hour."

"However, just slowing down a single photon is not what we need. What we need is to make a certain photon carry specific data. You can imagine how difficult this is!"

"Therefore, we believe that within twenty years, if there is no miracle, the possibility of realizing photonic computers is very small."

"However, we are not completely without achievements!"

"We have completed the photon computing logic part. We have also made the all-photon tube, the most critical part of the optical chip, and the integration level has reached the level of today's silicon computers."

"In another key technology, optical switches, we have really made a breakthrough and can already be put into use."

"In addition, optical transmission technology, which we independently developed, is confident that it will be five to seven years ahead of the world and can be put into practical use."

"Therefore, after long-term and rigorous discussions, we believe that the research and development of photonic computers should be easy first and then difficult with continued investment."

"Start with photoelectric hybrid computers, and when the technology becomes more mature, we will gradually replace the electronic components of silicon computers with photonic components."

"Following this idea, we can now create an optical-electrical hybrid computer that is ten to fifty times more powerful than existing silicon computers!"

"In five years, it will be possible to build a hybrid computer that is a hundred times faster than today's silicon computers!"

"In fifteen years, we will build an optical-electric hybrid computer that is three hundred times faster than now!"

"In this case, we can meet the needs of our research work!"

Cen Jingping spoke for a long time in one breath and was somewhat out of breath. But after he finished speaking, he immediately stared into Chen Weidong's eyes, unblinking, and did not even bother to drink water.

Chen Weidong lowered his head and thought.

The birth of the photonic computer project is to create a supercomputer that comprehensively surpasses modern computers, so as to establish Infinite Company's leading position in computer and scientific research.

Significant.

Therefore, it is necessary to go up.