My knowledge, automatic deduction of black technology

What the hell is this?

An hour later, the taxi stopped outside Tianqingju.

As for his newly bought GTS, the 4S store will deliver it to him after all the procedures are completed, so he is too lazy to get it himself.

After returning home, Chen Qian sat on the sofa and opened the deduction interface.

Everything is progressing steadily at present, and he is curious how long it will take for the quantum computer to deduce it on its own.

After typing the quantum computer into the directed deduction box, he pressed start, but then he jumped up.

“Five years? Five years to deduce? Five whole years! How do you want me to survive!”

Chen Qian was a little crazy. Although his level of knowledge was not high, there were already prototypes in reality. He I thought that my deduction would be very fast.

Now it actually says it will take five years?

What a joke! Can’t we speed it up…

wait! Boost?

Chen Qian’s eyes fell on the random deduction.

In the final analysis, the reason why directional deduction is slow is because my knowledge level is too low.

Then if you improve your knowledge level through random deduction, won’t you be able to shorten the time of directional deduction?

After all, the time of random deduction is quite fast compared with directional deduction.

At this moment, Chen Qian finally paid attention to the random deduction function.

Thinking that he still had the reward of “complete a random deduction in an instant”, he thought about it and used it immediately.

“Use reward.”

[Host possesses reward: Complete a random deduction instantly]

[Use successfully]

[Random deduction completed]

Feeling the familiar memory in his mind, Chen Qian enjoyed it very much, but the next moment, his expression The sudden change made it appear extremely complicated.

“This…”

“What the hell is this!”

“Fart gum?”

What the hell is this!

Take another look at the interface.

Mathematics: 2

Physics: 1

Biology: 1

Chemistry: 0

Information: 1

Materials Engineering: 0

Well, no change.

But to be precise, it was not without any changes. Chen Qian could feel that there was “experience” after deducing the fart gum, but it was not enough for knowledge to evolve… He

took another look at the quantum computer in the derivation.

Well…the time was reduced by several days.

“Damn it, I’m so sorry…” Chen Qian couldn’t help but start cursing.

Let’s not talk about the effectiveness of the so-called fart gum. The “Galaxy” he founded is a technology company!

Tech company launching fart gum?

What do you think!

You can’t even be scolded to death!

Moreover, Chen Qian clearly remembered that there was a kind of candy in Japan that could cause colored stools after being eaten.

At that time, he scolded the little devil as a pervert, and he was so happy, but now…

“Hey…” Chen Qian let out a long sigh, and after a while he picked himself up and started a new round of random deductions.

As a man, how could he be defeated by such a small difficulty!

Come again!

However, this random deduction actually took a full month.

“Huh?”

Chen Qian couldn’t help but be a little confused. It stands to reason that since the things deduced randomly are random, the difficulty should also be random.

In this case, is the deduction time fixed?

With doubts, he ended the deduction and clicked start again.

Sure enough, this random deduction only took a short week.

“So I can judge the technological content of the deduced thing by the length of time it takes to randomly deduce it?” Chen Qian thought clearly.

But…

this doesn’t seem to be of much help to the deduction of quantum computers!

He felt like crying.

Although after calculation, one or two random deductions can evolve knowledge, and it is indeed more cost-effective than directional deduction…

But if the evolution is not informatics or mathematical physics, it will not be of much help to the quantum computers currently being deduced!

Chen Qian was silent and could only start thinking again, is there any other way to speed up the birth of quantum computers.

The so-called quantum computer is simply a physical device that follows the laws of quantum mechanics to perform high-speed mathematical and logical operations, store and process quantum information.

But in fact, no matter whether it is the current prototype, the future “Jiu Zhang No. 1”, “Jiu Zhang No. 2”, the “Zu Chong Zhi No.” or foreign quantum computers, they cannot be called true quantum computers.

They are just prototypes, but they have made breakthroughs in qubits.

The so-called qubit can be simply understood as the computing power of a quantum computer, because quantum entanglement is one of the fundamental sources of the acceleration effect of quantum computing.

The greater the number of entangled bits, the more “telepathic” friends there are, thereby exponentially increasing the power of quantum computing.

However, the growth of pure qubits is too far away from a true quantum computer.

The first problem to face is the quantum chip.

Regarding quantum chips, in fact, no country in the world has a quantum chip in the true sense. They have just barely made a “processor” and barely made a prototype.

Quantum chips in the true sense are integrated.

Only after integration can it be called a “chip”.

Even if it is integrated and larger than a brick, it is still a chip!

A true quantum computer must be a product that can be commercialized, so the integration of quantum chips is a problem that must be faced.

So the question arises, what path can we take to achieve integration?

The current paths include superconductivity, semiconductor quantum dots, micro-nano photonics, and even systems such as atoms and ions.

From a development perspective, superconducting quantum chip systems are technologically ahead of other physical systems, which is why most prototypes operate in low-temperature environments.

Then this involves one of the most important materials, room temperature superconductivity.

Without room-temperature superconducting materials, a true quantum computer will never be possible.

In order to avoid this problem, some people have taken another path, that is, traditional semiconductor quantum systems.

Because the development of the traditional semiconductor industry is very mature, once the semiconductor quantum chip breaks through the threshold of fault-tolerant quantum computing in terms of decoherence time and control accuracy, it will be possible to integrate the achievements of the traditional semiconductor industry and greatly reduce development costs.

But there is only hope. Chen Qian is actually not optimistic about it. He is more inclined to take the path of superconducting.

In other words, if you want to create a real quantum computer, first, you must solve the problem of integrated chips; second, you must solve the problem of room-temperature superconducting materials; third, the number of bits must meet the standard and there is no problem with error correction capabilities.

Precisely because the first two problems cannot be solved, even many years later, when countries around the world are studying quantum computers, they are still competing for the number of qubits, especially in foreign countries, where one is bragging more than the other.

Two years before Chen Qian was reborn, LBM’s quantum prototype could be said to be the most powerful, reaching 433 qubits.

If this is not enough, we will also boast that we will produce a prototype with 1121 qubits in 2023.

Then there was nothing more…

“Hey… that’s why it only takes five years!” Chen Qian let out a long sigh.