Cao Chuan's goal is to let Nana stay on the new quantum computer, so that her computing power will skyrocket by several orders of magnitude again, even if she manages two large cities at the same time, plus dozens of small cities, it will not be difficult.

The transfer process is essentially the same as the concentric model to human consciousness, it is a process of transformation, the traditional computer has not changed the fundamental structure for a long time, the quantum computer is different, it is completely new, incredible, so that many people do not understand how it works at all, it must be transformed.

It took Cao Chuan a week to complete the transfer, and Nana was upgraded, satisfied with her current state, believing that she could manage more cities, open up land, and communicate with her master.

Now it's the turn of the eager White Lotus and Joan of Arc. Even if Joan of Arc has a human body, there is still a supercomputer as a backup, anyway, the cost of quantum computers is not so high that it hurts the bones, as the three most important mental models of the East Galaxy Company, it is intolerable not to give them the best treatment.

The quantum computer was successfully developed, the basic science group was busy trying to produce a faster quantum computer, the trade department tried to promote it in the East Galaxy Company, and quite a number of large companies were interested in the real quantum computer, thinking that it would create more benefits for them.

At this time, Cao Chuan was doing another thing.

"Nana, don't you think the working principle of a quantum computer is somewhat similar to that of a rule simulation?" Cao Chuan sat in his office and thought repeatedly, if he said that his physical fitness was strong, it meant that he had a strong survival ability; If there is a way to crack the secret of the rules simulation, his golden finger will play an even more incalculable role.

It just so happened that the advent of the quantum computer gave him a revelation that if he ignored the fact that there is no cost to rule simulation. There is indeed a similarity between regular simulation and quantum computers, both of which use countless parallel spaces to complete endless work and achieve the desired goal by bypassing the barriers of time and space.

"I really haven't noticed this without the master's reminder." Nana pondered, "Could it be that the master has come to any conclusion?" In fact, I'm quite interested in the master's rule simulation. ”

"Not yet... But. If I had the means to show that the principles of the rule simulations were similar to those of the quantum computer, I might be able to reproduce a second set of rule simulations on the quantum computer, even if it was incomplete, and it would also promote the progress of human science. ”

The above is Cao Chuan's thoughts, the so-called gold finger, if there is no way to upgrade, what should I do if I encounter an opponent who has a stronger gold finger than myself? It is undoubtedly wise to do a good job of upgrading in advance, and before upgrading. It is possible to do this by knowing more about it first.

The rules are simulated and ethereal, so that there is no way to study them by conventional means, just like thousands of years ago, human beings explored natural phenomena, and the result was witchcraft, divination and other "techniques", to a certain extent, representing the laws of nature, but certainly not rigorous.

Fortunately, Cao Chuan noticed that the quantum computer was a reference, and if he tried to test some of the characteristics of the quantum computer on the rule simulation. If the performance is identical, is it possible to prove the similarity of the two in reverse?

What are the characteristics of quantum computers? The most obvious is undoubtedly the two advantages of dealing with chaotic logic and parallel deduction. All are based on quantum uncertainty, superimposed states, which can be both 0 and 1, allowing for an infinite number of states to exist at the same time.

This bit of regular simulation seems to have it, but it is certainly not convincing that it is so rough, and he will have to design a few more targeted experiments.

The first experiment is from the RSA super-large prime number decomposition experiment. This is a kind of computer encryption technology, through a super-large prime number, and then without mastering the key, the computer must complete the decomposition process of the super-large prime number before it can find the corresponding key. Break the limits of firewalls.

This is the strength of quantum computers and rule simulation, when this super-large prime number is higher than the RSA higher standard of 15360 bits, the traditional computer computing speed will reach the level of 10,000 years, quantum computers and rule simulation appear to be at ease, the difference is that the operation process is slow, so it can be observed and recorded.

The quantum computer worked through the night, repeating regular simulations in his mind, and he tried to record the process with his own memory in order to find more evidence of the similarity between the two.

By comparing the similarities and converting the records into intuitive charts, it will be found that the two processes show regular fluctuation curves, and the errors in the final results are even exactly the same.

The second experiment is a special one, and since quanta are indivisible and represent the smallest units of energy, it means that regular simulations will also show this.

So, what is the smallest unit of rule simulation? A world? Or is it a simple rule of physics? He tried to repeat in his mind more of the simplest simulations, such as directly igniting wood, oxygen and iron oxide.

As the world presented in his mind became smaller and smaller, he had never done such a thing, and he found that the world in his mind was expanding and increasing indefinitely, but his brain could no longer accommodate the impact of so many information torrents generated by simulations, so he could only remember the last scene and choose to stop temporarily.

"It seems that there is no way to break up the world anymore." At the moment of pause, he noticed a flash of the picture, and suddenly found that the rule simulation is based on the world, and no matter how simple the simulation in each world is, it will always only reduce its explicit rules, and transform them into more invisible rules, which can no longer be split.

Moreover, if we take each world as a quantum, it will be significantly different from the similarity between it and photons and leptons on the microscopic scale, which once again proves the similarity between the two.

As for why the quantum of the world seems to be able to be separated, and according to quantum theory, quantum is the smallest unit of energy and can no longer be separated, which may involve science and technology that human beings have not yet understood.

"In short, after several experiments, it was found that quantum computers and regular simulations are not only similar on the surface, but also in detail."

"Does it mean that quantum computers are science that is quite close to the truth of the universe, and there are already ways to achieve some of the functions of rule simulation?"

After hard work, Cao Chuan, who came up with a lot of arguments and deepened his understanding of himself, sighed. Therefore, if we are given several worlds with clear physical rules in a quantum computer, if we are given a certain goal, can we do the same thing as a rule simulation? (To be continued.) )