Interstellar Industrial Age

Wang Zhengyang was very excited, a flash of light flashed in his mind, and he didn't even bother to eat, so he hurriedly settled the bill and returned to the research institute.

Everyone immediately go to the largest conference room for a meeting~

As Wang Zhengyang walked to the largest conference room, he was already sorting out the next thoughts in his mind.

Soon, the largest conference room was full of people, and everyone was confused. Wang Zhengyang told everyone to disperse not long ago, and in a blink of an eye, everyone was gathered together again, what medicine was sold in the gourd.

Let me introduce one thing to you first~

Seeing that everyone was here, Wang Zhengyang brought the mind machine, and with the movement of his mind, a picture of the abacus appeared on the projection screen.

abacus?

When everyone saw the picture, they were even more confused. Wang Zhengyang played the picture of the abacus, what did it mean? Everyone was studying the Chinese operating system and Chinese programming, and it seemed that this abacus really had nothing to do with it.

I think a lot of people should have recognized this thing, yes, it's a plate.

Wang Zhengyang looked at everyone's doubtful eyes, smiled and continued.

The abacus is also known as the abacus. The abacus is a simple calculation tool created and invented by our ancestors. It is known as the oldest computer.

Of course, with the advent of computers, it has gradually disappeared from our field of vision.

Then the picture on the screen quickly changed, the left is the abacus, the right is the computer, and there is an equal sign in the middle.

When they saw this, the eyes of many researchers, engineers, etc. below the stage lit up slightly. Some people's minds were just like Wang Zhengyang's, and they suddenly flashed, and then they became excited, and their eyes widened. .

It is so~ It is so~

He was inspired by the abacus. The abacus and the computer have something in common. They are both used to calculate data. However, the abacus is an ancient thing, if the abacus and the computer can be integrated.

Someone said excitedly, then took out the pen and paper they carried with them and began to calculate continuously.

The computers and the Internet we use now are very complicated, especially the world of the Internet, which is like a second virtual world.

But fundamentally, whether it is a computer or the Internet, it is still the most fundamental calculation rule, that is, the binary rule that we value now.

Seeing that some people in the audience were excited, Wang Zhengyang smiled slightly, and then began to speak slowly.

We have been studying how to use Chinese to program and use Chinese to construct operating systems. We have always been researching on the original basic framework.

So even though we thought about it and spent a lot of time and energy on it, we still couldn't get a real breakthrough.

So inspired by abacus, I think we should give up everything we know about computers now and start all over again.

Assume that we are now going to redesign the computer, design the computing rules and systems of the computer, overthrow everything that exists, and then rebuild a new set of rules and systems.

The basis of this system is the operation rules based on the abacus. We no longer use the binary rules. We use the operation rules of the abacus to recreate new operation rules and systems. I think we will definitely be able to achieve a major breakthrough.

The more Wang Zhengyang spoke, the more excited he became. He seemed to see a new revolution in the computer field.

The existing binary calculation rules are simple and easy to understand, and are also very conducive to calculation. It is a number system widely used in computing technology.

Binary data is a number represented by two digits, 0 and 1. Its base is 2, the carry rule is every two into one, and the borrow rule is borrow one as two.

The current computer system uses a binary system, and data is mainly stored in the form of complement code in the computer. The binary in the computer is a very tiny switch, with on to represent 1, and off to represent 0.

The binary calculation system is very beneficial to computer operations. Its technical implementation is simple, the operation rules are simplified, and it is suitable for logical operations. high advantage.

However, we use decimal progress in our daily life, so after the data is input into the computer, it must first be converted into binary for operation, and after the operation is completed, it must be converted into decimal and then sent out.

In addition, because of the binary calculation rules, a very simple number is very long when converted into binary, and it is many times more complicated to calculate than decimal. The larger the data, the more complicated its calculation.

To give a very simple example, 9 times 9, using decimal, we immediately know that it is 81, but if we use binary to calculate, the binary of 9 is converted to 1001, this 1001 times 1001, although it is not difficult to calculate, but if it is If tens of thousands or even more complex data is converted into binary for calculation, it will be very complex and huge.

The current computer technology is also binary, but it is also limited by binary.

Because of binary, with the development of human science and technology to a bottleneck stage, it is difficult for the computers we can manufacture to achieve substantial breakthroughs.

In terms of this job, the computing power of a computer depends on the precision of the computer chip. The most advanced chip can only achieve 8 nanometers at most, that is to say, in terms of unit area, it can only achieve 8 nanometers at most. degree of nanometers.

And the further it develops, the more difficult it will be to achieve breakthroughs, just like a ceiling, lying on the road of human science and technology development.

Because it can only reach the level of 8 nanometers at most, the computing power of existing computers also has a limit. Once the computing data is too large, it will start to heat up and become hot.

The most obvious is that when we use the computer to play games, the computer will become very hot and very hot, because it is calculating data at high speed.

If you can use decimal to calculate, its operation on simple data may not be as good as binary, because the advantage of binary is more obvious in the logical data of computer.

However, in more and more complex and larger data calculations, the advantages of binary will be very obvious, it can become more simple, accurate and fast.

(It's just nonsense, just look at it, don't take it seriously.)

Hearing Wang Zhengyang's words, everyone present suddenly realized, and some people who didn't understand, at this time, they can be considered to know Wang Zhengyang's plan.

Is it possible to overturn binary and use the calculation rules of the abacus?

And will this be more conducive to the development and research of Chinese programming and Chinese operating systems?

Some people can't help shaking their heads slightly. The binary calculation rules have long been deeply rooted in the hearts of the people, and they have penetrated into everything in the computer field. Now it is about to be overturned, and everything will start from scratch. The future seems to be dark.

How can you know if you don't try it?

Of course, some people said excitedly.

Both the abacus and the computer are used to calculate data. When the computer was just born, the purpose of scientists making it was to calculate the trajectory of artillery shells and missiles, so as to be able to bombard accurately.

The computer that has just been manufactured is very large, like a building, but its computing power is 108,000 miles worse than the current computer.

If this abacus can also be developed, based on the abacus, a brand new computer can be developed...

When thinking of this, many people couldn't help but get excited.

PS: Nonsense, everyone, don't go into it~~ In other words, are there any experts who have learned computer science and talk about it? Is this feasible?

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