Technological Empire Starts From Shanzhai System-Chapter 594: Quantum superposition?

If audio player doesn't work, press Reset or reload the page.

Chapter 594 Quantum superposition?

In that case, although they will not openly build an optical quantum computer, they will definitely use Hantang Technology's research and development ideas and even patented technologies to build a quantum computer secretly. f๐‘Ÿ๐ž๐™š๐˜ธ๐ž๐‘๐™ฃ๐‘œv๐‘’ฦ–. c๐จ๐™ข

After all, plagiarism is often infinitely easier than research and development. The most difficult thing in this world is to find a successful path from scratch.

If in the future, Hantang Science and Technology finally develops an optical quantum computer, and it turns out that after the patent is registered, Mei Diguo directly plagiarizes and soon launches an optical quantum computer, then Lin Xuan will really be so angry that he vomits blood and dies.

Moreover, Hantang Technology has no way of knowing whether this kind of plagiarism is true. After all, their quantum computers are so precious, you can't dismantle their quantum computers to see if there is any plagiarism.

Just because people say that military secrets or company core secrets cannot be inspected by outsiders, then Hantang Technology has no choice but to suffer from being dumb.

This is also the reason why many core patents around the world cannot be registered and can only be kept secret. Of course, these are digressions.

The main reason why Hantang Technology wants to develop a quantum computer now is to want to own the core technology, a unique black technology equivalent to super tempered glass!

Isnโ€™t Meidiguo awesome? I have developed a quantum computer and I will never let you use it, so what can you do with me.

Now that Hantang Technology and Meidiguo have torn apart, Hantang Technology holds the optical quantum computer firmly in its own hands and does not sell it to all overseas companies.

Then Meidi Kingdom really has nothing to do. They have exhausted their means, and there is no way to order Hantang Technology to come up with optical quantum computer technology or sell them optical quantum computers. After all, the faces of both parties have been torn.

So if Hantang Science and Technology can really successfully develop an optical quantum computer, then the optical quantum computer may be a black technology unique to Daxia under Lin Xuan's "willfulness".

Daxiaโ€™s official uniform is definitely happy to agree on this, after all, they can use "Lin Xuan's personal behavior" to shirk and offset foreign pressure.

Daxia can also directly use a sentence from "enterprises solve business matters", and then secretly enjoy the ultra-rapid development brought about by quantum computers.

After all, if the quantum computer can really be implemented, it will be a magic weapon in scientific research and other aspects. If Daxia can have a unique quantum computer, the speed of national strength will increase by at least 10%.

Although the quantum computers in this world are not as powerful as those boasted in film and television works, it is impossible for a quantum computer to solve all problems.

However, quantum computers are actually stronger than traditional computers in some respects. Among them, the strongest part of quantum computers lies in their simultaneous computing capabilities, which is commonly known as the characteristic of quantum parallelism or quantum superposition state.

Because the quantum can be both 0 and 1, although there are only dozens of computing units.

But because all computing units can be calculated at the same time and superposition state calculations can be used, in fact, its computing power is stronger than others' trillions of transistors.

Calculation problems that some supercomputers need to calculate for hundreds of years or even hundreds of millions of years to get results can only take a moment or hundreds of seconds for quantum computers.

Among them, the most noteworthy thing about quantum computers is the massive data screening technology. The more massive data, the more it can reflect the quantum parallel computing advantages of quantum computers!

For example, before the advent of quantum computers, it was difficult to find a picture of a certain person from tens of billions of pictures.

Because the essence of a traditional computer is a sequential calculator, everything is screened sequentially.

If you want to find people in tens of billions of pictures, then according to the traditional computer search method, it is a way to screen this in order and then screen that in order, and you will definitely be able to find it in the end, but it takes too much time. It's been a long time.

This time-consuming may take half a day, it may take several years or even hundreds of thousands of years!

Quantum computer is different, it is a special computer that can operate at the same time and also has a superposition state, it can separate a large number of shadow clones to work at the same time just like the shadow clone technique.

At the same time, the work efficiency is simply supernatural compared to traditional electronic computers, so if quantum computers can really appear, then it will be a disaster for global criminals.

Because the efficiency of simultaneous screening is too high, ordinary computers are far away, and videos and pictures that used to be equivalent to waste and occupy space have been used since then.

Once those criminals face the big data screening of quantum computers, they will have nowhere to go, so one of the biggest functions of quantum computers is the ability to calculate and screen things at the same time.

This is especially important for the improvement of artificial intelligence technology. If artificial intelligence wants to be smart, it must have a huge database, and a huge database means that it needs to screen the data results and calculate the results.

But a huge database itself means bloat, the truth in this world is that the more things there are, the slower things will be.

Just like some big enterprise diseases, the characteristics that the bigger things are, the slower they are, exist in all aspects.

At this time, if a new type of artificial intelligence technology is developed based on quantum computers, the quantum parallel principle and superposition principle of quantum supercomputing are used.

That is to use quantum computers to assist artificial intelligence in database screening, and quickly obtain results that would take months or even never be obtained. Then artificial intelligence technology will usher in a huge development.

Although this development cannot achieve the level of intelligence of a human being as strong as artificial intelligence.

But at least it can achieve the level of low-to-medium artificial intelligence, and can simply assist humans to do certain things.

This is one of the results brought about by the combination of artificial intelligence technology and quantum computer technology. Once a programmable quantum computer is born, the future will be changed!

However, it is not easy to make quantum computers programmable. There are several ways to develop quantum technology in this world.

They are superconducting quantum computer, optical quantum computer, ion trapping quantum computer, semiconducting quantum computer, topological quantum computer, original quantum...

There are many technical circuits of quantum computers, but the essence is to control the quantum through various means.

At present, the most mainstream research and development line in the world is the superconducting quantum computer circuit. Among them, the superconducting quantum computers of IBM, Bone Song and Intel are the most famous. As for the light quantum and even ion trap circuits, they are only conceptual theories in the current era.

There is no Bone Song company in this world of quantum computers. Now Bone Song company is not a super Internet giant, but it cannot support the money-burning project of quantum computers.

The same is true for Intel. Now Intel cannot protect itself, but it has no money to play with quantum computers.

(end of this chapter)