Strength Does Not Allow Me To Keep A Low Profile

How about drug development?

Quantum computers also have great advantages for the development of new drugs, and can map trillions of molecular compositions.

And choose the most likely method, so that the speed of inventing new drugs is greatly improved.

It can be said that with quantum computers, the speed of research and development of new drugs will directly enter the era of high-speed rail from the era of horse-drawn carriages!

There is no need to study a drug anymore, it takes a year or two to start!

Instead, it might be done in a month or two!

Quantum computers can also be used to conduct targeted pharmacological analysis and research vaccines or drugs!

In this way, those currently unsolvable diseases, such as HIV, such as cancer, etc., will change from incurable diseases to curable diseases!

And this time has changed from five years, ten years, or even twenty years to one, two years, or even a few months!

How about transportation!

Quantum computers can predict the next traffic situation based on the existing traffic situation, complete in-depth analysis, and then carry out traffic scheduling and optimization.

In this way, the traffic jam problem can be greatly reduced.

The green wave speed of travel will be greatly increased.

It is possible to drive for more than ten kilometers in a row, and only encounter one or two red lights, and there will be no traffic jams!

In this situation, the current supercomputing parallel computing is limited, and the solution is not perfect.

Investing a huge amount of money will inevitably lead to traffic jams!

However, the existence of quantum computers and incredible parallel computing capabilities can completely improve this problem, and even completely solve the problems of traffic jams and traffic lights.

Of course, the most important thing about quantum computers is secure communication!

Due to its non-cloning principle for encrypted communication, quantum computers will make intruders unable to decipher and eavesdrop without being discovered, which is determined by the nature of quantum computers themselves!

In other words, based on the principle of non-cloning of quantum computers, anyone who wants to invade, eavesdrop, or decipher communication secrets will be discovered, so as to respond, reduce losses, and even give wrong and misleading information, as well as a strong blow!

In this way, in the era of quantum computers, secure communication will enter a new era. It is no longer like the present, where it is stolen and deciphered casually, and it is still unaware.

It is precisely because of this that countries all over the world are intensively researching quantum technology and developing quantum computers.

Because it is a brand new field, everyone starts from where they are, and there are no so-called technical barriers and technological gaps.

Therefore, our country's achievements in this area are very remarkable, ranking among the best in the world!

However, the overall achievements are still limited, and the biggest problem is the limitations of specific fields.

The parallel computing capability of quantum computers greatly surpasses that of classical computers, including supercomputing.

It has outstanding advantages in the fields of he explosion simulation, code deciphering, materials and micro-nano manufacturing, and is a supercomputer.

For example, using the exascale Tianhe-2 supercomputer, it takes 100 years to solve a system of equations with exascale variables.

Using a trillion-times quantum computer to solve the same equations takes only 0.01 seconds!

This is the power of quantum computers. The parallel computing power is beyond the table, and it is super-computing.

But it is a pity that quantum computers currently only solve physical bits, not logical bits.

Therefore, quantum computers have great limitations, and can only be used for calculations in certain characteristic fields, and they are completely blind in other fields.

Supercomputers can be different and can be perfectly used in any field.

Playing quantum is a god-level geek, and he has achieved super computing in a specific field.

And the supercomputer is an all-round top student. Although I don't have the parallel computing ability of a quantum computer, I am not partial to science and can handle everything.

It is precisely because of this that the current supercomputer is still the most practical "Prince Computer" and there is still a long, long way to grow.

At the very least, it is necessary to solve the encoding of logical bits and break through the limitations!

But it's very difficult, and it's not possible to do it with one logic bit at present, let alone the 50 logic bits needed to fully break through the limitations!

……… Ask for flowers………

The quantum computer technology that can be obtained by Li Yi is not simple, but complete.

Not only has a powerful physical bit coding technology, but also has a complete logical bit coding technology.

That is, it can make great achievements in specific fields, and it can also take over other fields like supercomputers.

In this way, the quantum computer of future technology will be able to overpower supercomputing in an all-round way!

Supercomputers need 100 years to calculate the problem, and Li Yi's quantum computer may only take a few seconds!

The difference is that big!

Once a quantum computer is manufactured, the research and development capabilities of future technology itself will reach a terrifying level.

For example, the most advanced technology in Europe and the United States has completely blocked and embargoed my country.

But as long as you get some unimportant parameters, you can quickly deduce them with a quantum computer and crack them all!

In this way, there is no difficulty in surpassing Europe and the United States.

And it will be easy for future technology to enter any field!

It can be said that quantum computers will be the most powerful strategic deployment of future technology!

Compared with the old and beautiful aircraft carrier, it is nothing to worry about.

The simplest is to use quantum computers to hack into the White House military command system, and then apply a layer of quantum encryption, then they will be paralyzed...

And it took a long time to solve it!

Quantum encryption is not ordinary encryption, it is difficult to recover!

More importantly, regardless of the unclonability of quantum computers, Li Yi will be very clear about the process of cracking them.

That's why, Kyushu and the White House are chasing after each other to conduct a quantum computer research and development competition!

Once the coding of logical bits is solved, quantum computers will completely replace supercomputing!

Even if the logical bits cannot be solved, as long as the physical bits are strong enough, in some specific fields, problems that cannot be solved by supercomputing can be realized!

In order to obtain a huge technological breakthrough, and even change the status quo and development of the entire industry. .