Reborn Xiangjiang Tycoon Growth

The scene immediately burst into warm applause, perhaps because he was attracted by the content, or of course because he recognized Bao's attitude. As the world's most authoritative aviation power expert, his words can represent the future development direction of the aviation field. He is top-notch.

Engineers, most importantly, are too rich.

At this moment, everyone at the scene believed that as long as it was a topic that Bao Zixuan wanted to develop, it could be launched at any time, and there was no need to discuss it with anyone. This was the advantage, not to mention the students at the University of Copenhagen; even looking at the whole of Denmark, there was no

People can do it. In fact, not only in Denmark, but also in the world, there are very few people who can do this.

At the same time, the students also realized that what the other party said was indeed very reasonable. It was very in line with Denmark’s national conditions and more suitable for them. Although Denmark is one of the countries with the highest per capita happiness index in the world, its weak national strength is an indisputable fact. Denmark

With a population of only a few million, it is simply not enough to support the research, development and manufacturing of large civilian airliners and fighter jets.

Unless a super genius like Bao Zixuan appears, and of course he has to take into account the genes of an excellent businessman, Denmark can only say goodbye to large-scale cutting-edge weapons and equipment and transportation vehicles. The neighbor next door only builds a fighter jet, which is so laborious; it even requires

The state provides subsidies, which is absolutely not feasible in Denmark.

Small aircraft are different, they do not require many resources; as for technology, they can be researched slowly. Isn’t the meaning and value of a university’s existence to constantly develop new technologies and create new tools for people to use? As the best university in Denmark, it is also

They have received the most educational resources; doing anything for the country is their job.

Principal Bodin was very pleased to see the students thinking seriously. At the same time, he was also a little helpless. Maybe this was the influence, and they couldn't catch up even if they were flattering. Bao Zixuan just said a few words, and the students would think seriously. Because students instinctively know

I think what the other party said makes sense; even the future development should be like this.

Believing in Bao Zixuan means that you don’t trust your teacher so much. Isn’t this a bit sad? I really don’t know how to describe my feelings at this moment. As a principal, of course I understand the teaching content of the University of Copenhagen. The teacher has also said it before

Similar content, but not as detailed as Bao Zixuan's description; in other words, it is more forward-looking.

But at that time, the students did not have such a strong response and could only say the same thing; people with different identities have different weights in what they say, otherwise it would be difficult to explain.

The questions are still going on. Just now it feels like listening to a fantasy novel; but when it comes out of Bao Zixuan’s mouth, it feels like it will be realized very soon. Doesn’t the progress of human science and technology all begin with the imagination of the wild and powerful?

When it comes to which field Bao Zixuan is the most authoritative in, there is only one answer - computers. After all, Bao Zixuan has not won the Nobel Prize yet, but he has won the highest award in the computer field. Isn't that enough to explain the problem!

First of all, asking questions about the aviation field is to respect tradition; it is also to respect Bao Zixuan’s major. Unlike other industries, it is difficult to get recognition when crossing boundaries in the academic field.

A relatively gentle-looking male student asked: "Hello, Academician Bao! I am a student majoring in computer science. May I ask which direction you think the computer field should develop in the future?"

This is another big question, and most people really don’t dare to answer it; especially well-known scholars, they don’t dare to express their opinions randomly. If you say something wrong or are questioned, it will not do any good to your reputation.

Even if what you say is true, it is difficult to verify it in a short period of time; then you will also be criticized, so why do something good that requires a lot of effort!

But Bao Zixuan is no ordinary person, and even represents the future. As the most forward-looking company in the world, Heiyun Group has the most say in the direction in which the computer field should develop in the future.

Bao Zixuan said with a smile: "It seems that everyone regards me as a science fiction author. No one can say which direction a field will develop in the future. Of course, I only represent my personal opinion. Please don't take it out of context. If anyone says

Bao Zixuan said this at the University of Copenhagen that the future should be like that, but I don’t agree.”

"As a scholar, or engineer, I am just constantly thinking about the future, but it does not represent the future."

Hearing this, the students all laughed; then there was another round of applause.

After all, what the other party said makes sense, especially the constant thinking about the future, but it does not represent the future; it is recognized by almost all scientific researchers.

Bao Zixuan continued: "So far, we have experienced a total of four periods in the history of computer development."

“The first generation of electronic computers used electron tubes as logic components from 1946 to 1958 and was called the tube era. The second generation of electronic computers used transistors as computer logic components from 1959 to 1964 and was called the transistor era.

modern electronic computer; is

From 1965 to 1970, integrated circuits were used as logic components, which was called the era of small-scale integrated circuits. The fourth generation of electronic computing was from 1971 to so far, when large-scale integrated circuits were used in computers; they had many registers and were fast, so they were called large-scale integrated circuits.

Scale and the VLSI era.”

"Computers have evolved from being used only for military scientific research to being owned by everyone. The powerful application functions of computers have created huge market demand; in the future, computer performance should develop in the direction of giant size, multimedia, networking, intelligence, etc."

"Gigantization refers to the development of high-speed, large storage capacity and powerful supercomputers in order to meet the needs of cutting-edge science and technology. As people become more and more dependent on computers, especially in the military, scientific research and education, computer storage

Requirements such as space and operating speed will become higher and higher.”

"Traditional computers mainly process characters and numbers. In fact, people are more accustomed to multimedia information in various forms such as pictures, text, sounds, images, etc. Multimedia technology can integrate graphics, images, audio, video, and text.

Make the objects and content of information processing closer to the real world."

"The Internet will connect computers around the world, and this has ushered in the Internet era. Computer networking has completely changed the human world. People use the Internet to communicate, exchange, share educational resources, and share information. In the future, with the development of wireless networks,

The emergence of it will greatly improve the convenience for people to use the Internet, causing computers to further develop towards the Internet."

"At the same time, computer artificial intelligence is an inevitable trend in future development. Modern computers have powerful functions and running speeds, but compared with the human brain, their intelligence and logical capabilities still need to be improved. Human beings are constantly exploring how to make computers better

It can reflect human thinking, enable computers to have human logical thinking and judgment capabilities, and can communicate with humans through thinking; abandon the previous method of relying on coding programs to run computers, and directly issue instructions to computers."

"In addition, with the emergence of microprocessors, microprocessors began to be used in computers, which reduced the size of computers and reduced costs. On the other hand, the rapid development of the software industry has improved the convenience of computer internal operating systems, and the computer external equipment

It also tends to be perfected.”

"Microcomputers and supercomputers sound contradictory, but they can coexist. Supercomputers are used in professional fields, and microcomputers are used in our daily wearable devices. Even a mobile phone and a watch can have the functions of today's ordinary personal computers.

"

"And I can responsibly tell you that this is not science fiction at all; it has been realized in Heiyun Laboratory. It is just because of a series of problems such as cost, function, performance, etc. that it cannot be popularized in a short time; but this proves that the technical direction is absolutely not

Any questions."

"As long as engineers solve all the problems they find, the product will naturally be available to everyone."

"The field of computing has unlimited prospects in the future. I hope that students will cherish this hard-won opportunity. Before the end of this year, Denmark will be able to connect to the Internet. By then, you will be able to understand the outside world in school; you can even communicate directly with the other side of the ocean.

chat with people.”

"The progress of science and technology can be said to be changing with each passing day. Even I feel a little behind the pace. I hope that students can actively create the future; they should not rest on their laurels and think how great they are."

It feels like listening to a book from heaven. After all, a lot of knowledge exceeds reality too much; maybe this is the gap between geniuses and ordinary people.