I Found an Apocalyptic World

Originally, Pan Jianguo and the others were planning to take action on their own after taking the stage.

However, due to various reasons, only Zhang Maocai could perform the operation in the end.

In fact, once you understand it, the operation is not very complicated.

But because it was the first quantum computer developed, Zhang Maocai and the others did not put much effort into its operation.

If it is officially fully popularized in the future, some complicated things must be abandoned.

For the general public, the simpler, the better.

It would be better if there is a fool-proof operation.

The quantum computer on the stage in front of us definitely does not exist, but the miniaturization and fool-proof operation of quantum computers have been put on the agenda. I believe it will be available soon.

Zhang Maocai quickly set up the two tasks.

Zhang Maocai did not start executing the task immediately. Instead, he turned his attention to Pan Jianguo and asked, "Teacher, it's up to you to start executing this task."

Pan Jianguo waved his hand slightly and said: "You should do the operation, we can just watch from the side."

He didn't need this little opportunity to perform, so he might as well give it to the student in front of him.

Zhang Maocai saw that Pan Jianguo really didn't mean this, so he didn't worry too much and just clicked to start.

Suddenly the display screen was divided into two interfaces.

The interface on the left is running the calculation of pi.

The interface on the right is running pharmacological analysis of polymer drugs.

Everyone can see the picture on the big screen clearly.

Compared with the pharmacological analysis interface of polymer drugs, the interface for calculating pi is simpler and more intuitive.

You can clearly see the results of the calculation above.

Pi is an infinite non-repeating decimal that is constantly changing almost every second.

Pan Jianguo was instantly stunned by the calculation speed of pi. The moment he started clicking, the number of digits calculated for pi instantly reached 10 billion digits.

What kind of terrifying computing speed is this?

Before he could react, the number of digits calculated had reached the trillion level.

How can this be?

Isn’t this computing speed too terrifying?

The terrifying computing speed of quantum computers was quickly noticed by others.

After all, compared to the pharmacological analysis of polymer drugs, the calculation results of pi are clear at a glance.

"How is this possible? In less than a minute, the trillionth digit of pi has been calculated?"

"Is this definitely the result of a quantum computer calculation? It's not the result of filling it in randomly?"

"This is a number of 1 trillion digits. Do you want to pick it up and take a look?"

"Don't say it's 1 trillion digits, even if it's 10 trillion digits, 100 trillion digits, just fill it in with a computer. Isn't that a simple matter?"

"Brother, you really think too much. Even if you don't need to calculate, just fill it out, most ordinary computers can't fill it out."

"Why does this look so fake? It's too fast."

"Is this fast?"

Although they can see the calculation results, not everyone understands how terrifying this number is.

Most people only see that pi is calculated to 1 trillion digits. As for calculating such a result in such a short time, they don't know what it means?

"This is fast, very fast. If the calculation result is real and effective, it will be much faster than all computers currently on the market."

"Some people may not understand what the concept of calculating pi to 1 trillion digits in less than a minute represents?

Let me give you a simple science introduction here.

Maybe many people have not noticed the news, that is, not long ago, on August 17, a Swiss scholar used a supercomputer to spend a total of 108 days to calculate the decimal point of pi. The number of digits reached the 62.8 trillionth digit.

That was using a supercomputer, and it took 108 days to calculate 62.8 trillion digits.

But just as we were talking, the quantum computer had already calculated the number of digits after the decimal point of pi to 20 trillion digits.

At this speed of calculation, it might not take five minutes to surpass the record of the previous scholar.

In just five minutes, the calculation result is enough to surpass the result of a supercomputer running for 108 days.

If this terrifying computing speed is real and effective, it can be seen that the performance of this quantum computer is perfect. "

After explanations from interested people, everyone realized the horror of this quantum computer.

"Isn't this speed too exaggerated? Does this mean that the quantum computer in front of you is a real quantum computer?"

"If this calculation result is real and valid, then there is no doubt that the quantum computer in front of you is a real quantum computer."

"In fact, it seems to be very fast, but actually converted, it is more than 30,000 times the computing speed of the supercomputer used by the Swiss scholar.

It is undeniable that this computing speed is already quite terrifying.

But there still seems to be a certain gap between the real quantum computer as advertised.

It is said that the quantum computer developed by Sam State is tens of billions of times faster than ordinary computers. "

"That's nonsense. It's still at the tens of billions level. If Sam State really developed a quantum computer that can run at the tens of billions level of ordinary computers, I'm afraid it would have been publicized long ago. Why hide it there?"

"Do they still do less in Sam country like painting cakes?"

“In fact, the computing speed of this quantum computer can really reach the tens of billions level of ordinary computers.

The current operating speed of quantum computers is more than 30,000 times that of supercomputers.

The computing speed of top supercomputers can reach tens of millions of times that of ordinary computers.

Although I don’t know what level of supercomputer the Swiss scholar used.

But its computing speed is at least tens of millions of times that of ordinary computers.

Calculated based on the minimum standard of 10 million~www.readwn.com~ If converted in this way, the running speed of a quantum computer is 300 billion times that of an ordinary computer.

It’s not that I don’t know, it’s just that I was shocked.

This is not the final result yet.

You must know that the tasks currently run by quantum computers are not only the task of calculating the number of digits of pi.

At the same time, there is also a task of calculating the pharmacological analysis of polymer drugs.

I don’t know yet how many resources both parties occupy?

Just look at the ratio of half and half.

The computing speed of quantum computers is 600 billion times that of ordinary computers.

Doesn’t this mean that the quantum computer in front of us is a real quantum computer? ”11214/11012766