Start as a top student and move towards the stars and the sea

"Actually, the problem related to the Navier-Stokes equation is not only a mathematical problem, but also a physics problem."

Because this problem mainly studies the motion of viscous fluids, it is very closely related to physics. It is far from enough to rely solely on pure mathematical knowledge.

Qiu Chengtong also told Ning Chen before that studying mathematical problems often requires a very solid foundation in physics. Qiu Chengtong himself believes that mathematics and physics are inseparable. Qiu Chengtong also has his own unique insights into the study of physics.

Ning Chen felt that if some physical experiments could be set up cleverly, it would be of great help in solving the Navier-Stokes equation.

Ning Chen tried to plan some physics experiments, but soon, Ning Chen realized that this idea was not feasible, at least for the time being.

"No... Judging from the current experimental measurement accuracy, it is not easy to help me solve the Navier-Stokes equation accurately. At least relying only on physical experiments is not enough. Instead of using actual experiments to solve To help with analysis and solution, it is better to design some simulation experiments first, so that the experimental measurement accuracy and experimental speed will be greatly improved."

With Xiaozhi's current modeling processing capabilities, it is completely possible to conduct relatively high-precision fluid mechanics experiments.

Thinking of this, Ning Chen first checked Xiaozhi's data on the system interface.

Although Xiaozhi's modeling processing capabilities have not been upgraded yet, through continuous learning, Xiaozhi's experience bar has increased a bit.

"By the way, let's check the firewall records again."

In order to improve the security level of his home network, Ning Chen specially asked Xiaozhi to set up a very strict firewall.

What makes Ning Chen feel at ease is that his home network has not been subject to any cyber attacks these days.

"Fortunately, it seems that at least no hackers have targeted my network yet. However, I have to be on guard against others, and I still have to be more cautious."

Ning Chen knows that judging from the various achievements he has made so far, he has a certain reputation in the academic world around the world.

At this time, you should be more cautious and increase your alertness.

Fortunately, most of Ning Chen's research results are still theoretical research, and all aspects related to application are kept secret.

If Ning Chen really engages in various applied research in a big way, then Ning Chen's level of danger will undoubtedly be greatly increased, and even travel will be restricted.

Ning Chen felt that, as he was now, it was a relatively safe choice to engage in theoretical research in the open and conduct some applied research in private.

Ning Chen communicated with Xiaozhi, told Xiaozhi his thoughts, and asked Xiaozhi to build some models of the motion and mechanics of viscous incompressible fluids.

After continuous training, Xiaozhi's communication skills have become very strong. He quickly understood what Ning Chen meant and began to conduct simulation experiments on model processing.

Ning Chen stared at the screen, looking at the modeling completed by Xiaozhi, and analyzing the various data in it.

"Yes, Xiaozhi's current modeling processing level is indeed very high, and with the support of four servers, the modeling speed is also very fast, which is much improved than before."

These data generated through simulations provided Ning Chen with a lot of new inspirations and allowed Ning Chen to continue to develop a lot of ideas.

After a few days, Ning Chen felt that his understanding of the Navier-Stokes equation had improved to another level.

The changes in the personal panel data of the system also well confirm this.

"I didn't expect that just by analyzing the data processed by Xiaozhi's model, my experience in mathematics and physics would be accumulated so quickly. Sure enough, the future trend of scientific research still requires the assistance of artificial intelligence." Ning Chenxin said.

Ning Chen remembered that in his previous life, artificial intelligence had penetrated into all walks of life, and even in some fields, people had reached a level of dependence on artificial intelligence.

In today's era, the research on artificial intelligence is not yet so hot, and the existing artificial intelligence has relatively limited capabilities.

Having an excellent artificial intelligence like Xiaozhi is undoubtedly even more powerful for Ning Chen.

However, Ning Chen also knew in his heart that it was far from being able to find a solution to the Navier-Stokes equation just by relying on Xiaozhi's modeling processing function.

"Xiao Zhi's modeling processing function is still relatively rigid." Ning Chen sighed in his heart.

At the current stage, Xiaozhi's modeling processing relies more on the big data collected by Xiaozhi, and does not have such strong imagination and creativity.

If you want to find a breakthrough to solve the Navier-Stokes equation problem, you still have to wait for simulation or experiment from a more fundamental perspective.

Ning Chen knew that it was time for him to use some system functions.

"There are still three brain simulation skills left for completing system tasks as rewards, and now it's finally time to use them again."

Ning Chen considers himself to be a bit of a collector. Especially when he was playing games in his previous life, he liked to store a large number of items in his backpack. He would never use them unless absolutely necessary.

When Ning Chen was doing scientific research projects before, he encountered many problems, but Ning Chen resisted using the system's functions and tried his best to solve the problems on his own.

After all, system capabilities such as excitement mode, energy recovery, and brain simulation have strict limits on the number of times.

If you want to get more uses, you can only complete system tasks, conduct system draws, and directly exchange energy points.

The rewards for system tasks cannot be selected, and system draws and energy point redemptions will consume precious energy points.

Since it is not easy to obtain energy points, Ning Chen still hopes that the energy points can be used to improve the mental index first. Even if it now requires dozens of energy points to increase the mental index, Ning Chen still feels that this is a higher priority. .

However, at this critical moment, Ning Chen could no longer begrudge the number of times the system functions were used, nor could he let the system tasks remain stuck here.

Thinking of this, Ning Chen said silently in his mind:

"System, use one brain simulation simulation number of times."

Immediately, Ning Chen received a reply from the system.

[The brain simulation function has been turned on for the host]

The moment he heard the system's electronically synthesized sound, Ning Chen felt that he had fallen into endless darkness.

This kind of darkness is the ultimate darkness, because there is no material existence in it. If you are an ordinary person, you will probably feel extremely desperate after seeing this scene.

But Ning Chen was no stranger to this kind of environment and knew that this was just to facilitate his construction of various models.

Soon, Ning Chen adapted to this simulation environment and tried to construct his ideal model.

In order to make the model he constructed more natural, Ning Chen imagined himself riding a small boat, meandering through the lake.

The turbulence caused by the boat paddling in the lake is essentially the solution to the Navier-Stokes equation.

Ning Chen was a little surprised to find that as he imagined these scenes in his mind, the relevant data also appeared clearly in Ning Chen's brain.

"It's incredible. The level of this kind of simulation is really much stronger than Xiaozhi's current ability."

After all, Xiaozhi is only a product of the system, and his abilities are still in the developmental stage. Compared with the functions of the system, Xiaozhi's abilities are definitely far behind.

However, this does not mean that Xiaozhi's previously modeled data are meaningless. They have greatly helped Ning Chen enhance his understanding of the Navier-Stokes equation.

After harvesting a set of key data, Ning Chen continued to change the model he simulated.

This time, Ning Chen imagined that he was riding a jet plane, soaring quickly in the sky.

The gas flow driven by a jet aircraft can also be expressed by the Navier-Stokes equation.

Along with Ning Chen's imagination, relevant data clearly appeared in Ning Chen's mind again.

In this way, Ning Chen continuously simulated dozens of different scenarios related to the Navier-Stokes equations and obtained a large amount of valuable data.