Top Student

In addition to the sense of full harvest.

Xu You also found that the system interface displayed in his mind had also undergone relatively large changes.

In Xu You's subject list, a new subject of "philosophy" was added.

Currently, Xu You's philosophy subject level is 128 points.

Xu You didn't know if it was because his level of philosophy was too low before, so it wasn't displayed on the system interface.

Besides, in this short time.

Xu You's learning experience value in the system interface has grown very rapidly.

This is something that has never happened before.

"Could it be... I just realized something?" Xu You wondered.

Xu You did have that kind of epiphany feeling, but Xu You is still not very clear about what he suddenly realized.

Xu You only felt that there was a warm current flowing in his brain all the time.

"What happened to you?"

Seeing Xu You's strange appearance, Lu Zhiyao hurriedly asked.

"Nothing, just thinking about what you said. Go on."

Lu Zhiyao blinked suspiciously, and continued:

"So, those wave equations that describe the motion of matter, such as Maxwell's equations, Yang-Mills equations, Dirac/Weyl equations, etc., can all be generated from qubits. According to quantum field theory..."

Lu Zhiyao talked about a series of very high-end physics concepts, which made her theory more logical.

Among them, there are also many philosophical concepts.

Xu You worked very hard to keep up with Lu Zhiyao's pace.

"String net condensation theory, as well as quantum entanglement, can explain the unity and origin of elementary particles in a very detailed way, and unify elementary particles and the interaction between particles..."

Listening to Lu Zhiyao's detailed explanation, Xu You also kept nodding.

During this process, Xu You's learning experience is still growing rapidly, and there is always a warm current flowing in his brain.

It wasn't until Lu Zhiyao explained all the details of the theory that Xu You's sense of comfort gradually faded away.

"So, Yaoyao, according to your theory, can we simulate the behavior of all elementary particles in the future?"

"That's right. In theory, not only can you simulate the behavior of all elementary particles, but you can even simulate the entire universe. Of course, how to simulate it is beyond the scope of my research."

Although Lu Zhiyao's theory includes a lot of physics and mathematics knowledge.

But this is a philosophical paper after all, and it may play a certain role in pointing out the direction for the research of physics.

It is not enough to go deep enough to solve the core theoretical problems of physics.

However, based on Xu You's experience in his own brain simulation.

It is indeed possible to confirm these views of Lu Zhiyao to a certain extent.

"When my brain is at its best, I can indeed simulate some behaviors of elementary particles. However, my current ability cannot perfectly simulate all the behaviors of elementary particles." Xu Youxin said.

As for the computer or the human brain, which one is more suitable for simulating the behavior of elementary particles, Xu You is still unable to make a conclusion.

Currently, Xu You's brain is more accurate in simulation, and the computer is faster in calculation speed.

"Perhaps, if my brain is connected to the computer in some way, the best effect can be achieved."

Xu You's idea is very bold. So far, there is no technology that can connect the human brain to a computer.

However, humans have already begun research on this technology called "brain-computer interface".

In the future, when the brain-computer interface technology develops to a certain extent, it is likely that some new and incredible applications will appear.

...

After a period of precipitation, Xu You gradually absorbed the "mysterious energy" obtained in Lu Zhiyao's thesis that day.

This gave Xu You a deeper understanding of the universe.

In the research of the subject, Xu You also had more inspirations.

Xu You feels that he is now capable of designing a new controllable nuclear fusion device.

Of course, Xu You did not completely abandon those previous schemes to design a new device.

After repeated consideration, Xu You still decided to improve based on the tokamak device.

The tokamak device is a ring-shaped controllable nuclear fusion device, and the confinement method used is magnetic confinement.

This is a device that the industry believes is most likely to achieve controllable nuclear fusion.

However, it is very difficult to use magnetic fields to confine the powerful energy released by nuclear fusion.

Even if magnetic confinement can be used to confine nuclear fusion for a short period of time, it is difficult to maintain such a strong magnetic field for a long time.

In addition, Xu You also listed dozens of other problems that need to be solved.

Including tritium supply, tritium production, radioactive issues, materials issues, instability control issues, etc.

If you want to completely realize controllable nuclear fusion, it will definitely not be solved overnight.

But every time one of the key problems is solved, it is a big step towards controllable nuclear fusion.

...

On this day, Lin Shi found Xu You and reported an experiment result of his own to Xu You.

"Teacher Xu, I have made a new discovery."

"What discovery?"

"It's about the topological superconductor I discovered before. It may be a meaningless discovery, and it may not even be published in "Nature". But it is indeed a brand new property."

After publishing top journals such as "Nature" and "Science", Lin Shi's requirements for herself have also become much higher.

"It doesn't matter, what journals can be published, and the value of the results are not necessarily completely equivalent. Tell me."

"Well. Mr. Xu, didn't you say before that if possible, you should try to study the properties of a new material thoroughly. Recently, on a whim, I tried to heat this topological superconductor material at high temperature. .”

Xu You once said to Lin Shi that the nature of a material is theoretically endless.

Xu You himself once applied a superconducting material to a completely different field of superconductivity.

However, Xu You never thought of studying the properties of superconducting materials at high temperatures.

After all, superconductors can only achieve superconductivity at relatively low temperatures.

"After experiments, it was found that this topological superconductor has stronger magnetism at high temperatures. Moreover, the higher the temperature, the stronger the magnetism."

When Lin Shi talked about this achievement, she seemed a little lacking in confidence.

Because substances are magnetic at high temperatures, there is no special property.

But Lin Shi's achievement made Xu You's eyes change a little bit.

"Have a high degree of magnetism? Come on, let me see the specific data!"