Chapter 335: Master, I understand
In addition to that full sense of achievement.
Xu You also discovered that the system interface displayed in his mind had also undergone significant changes.
A new subject, "philosophy", was added to Xu You's list of subjects.
At present, Xu You's level in philosophy is 128 points.
Xu You didn't know whether it was because his previous level of philosophy was too low that it was not displayed in the system interface.
Besides, in this short period of time.
Xu You's learning experience value in the system interface increased very rapidly.
This is something that has never happened before.
"Could it be... that I just had an epiphany?" Xu You wondered.
Xu You did have that feeling of sudden enlightenment, but he couldn't quite explain what exactly he had realized.
Xu You only felt that there was a warm current flowing continuously in his brain.
"What's the matter with you?"
Seeing that Xu You looked a little strange, Lu Zhiyao asked quickly.
"Nothing, just thinking about what you said. Please continue."
Lu Zhiyao blinked in confusion and continued :
"So, the 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 quantum bits. According to quantum field theory..."
Lu Zhiyao talked about a long list of very advanced physical concepts to make her theory more logical.
This is also accompanied by many philosophical concepts.
Xu You worked very hard to keep up with Lu Zhiyao's pace.
"The string-net condensation theory and quantum entanglement can explain the unification and origin of elementary particles in great detail, unifying elementary particles and the interactions between particles..."
Listening to Lu Zhiyao's detailed explanation, Xu You nodded continuously.
During this process, Xu You's learning experience is still growing rapidly, and there is always a warm current flowing in his brain.
It was not 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 we simulate the behavior of all elementary particles, we can even simulate the entire universe. Of course, how to simulate it specifically is beyond the scope of my research."
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 physical research.
It has not yet gone deep enough to solve the core theoretical problems of physics.
However, based on Xu You’s experience in the simulation of his own brain.
It can indeed confirm Lu Zhiyao's views to a certain extent.
"When my brain reaches its best condition, it can indeed simulate some of the behaviors of some elementary particles. However, my current ability is not enough to perfectly simulate all the behaviors of elementary particles." Xu Youxin said.
As for which one, computers or human brains, is more suitable for simulating the behavior of elementary particles, Xu You is still unable to make a conclusion.
At present, Xu You's brain has a higher simulation accuracy, while the computer has a faster computing speed.
"Perhaps, if my brain is connected to the computer in some way, it will have the best effect."
Xu You’s idea is very bold. So far, there is no technology that can connect the human brain to the computer.
However, humans have already begun researching this technology, called "brain-computer interface."
In the future, when brain-computer interface technology develops to a certain level, some new and incredible applications are likely to emerge.
…
After a period of sedimentation, Xu You gradually absorbed the "mysterious energy" he got from Lu Zhiyao's paper that day.
This gave Xu You a deeper understanding of the universe.
During the research of the project, Xu You also gained more inspiration.
Xu You felt that he now had the ability to design a new controlled nuclear fusion device.
Of course, Xu You did not completely abandon the previous plans and design a new device.
After repeated consideration, Xu You decided to make improvements based on the tokamak device.
The Tokamak device is a ring-shaped controlled nuclear fusion device that uses magnetic confinement.
This is the device that the industry believes is most likely to achieve controlled 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 constrain nuclear fusion for a short period of time, such a strong magnetic field is difficult to maintain for a long time.
In addition, Xu You also listed dozens of other difficult problems that needed to be solved.
Including tritium supply, tritium production, radioactivity issues, material issues, instability control issues, etc.
If we want to completely realize controlled nuclear fusion, it will definitely not be achieved overnight.
But solving each key problem is a big step towards controlled nuclear fusion.
…
On this day, Lin Shi found Xu You and reported to him one of his experimental results.
"Teacher Xu, I have a new discovery."
"What did you find?"
"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 completely new property."
After publishing in top journals such as Nature and Science, Lin Shi has become much more demanding of himself.
"It doesn't matter. The journal in which the paper is published is not necessarily equivalent to the value of the research results. Tell me more."
"Yes. Teacher Xu, didn't you say before that if possible, we should try to thoroughly study the properties of a new material? Recently, I had a sudden idea, so I heated this topological superconductor material at a high temperature to try it out."
Xu You once told Lin Shi that the properties of a material are theoretically endless.
Xu You himself once applied a superconducting material to a field completely different from superconductivity.
However, Xu You had never thought about studying the properties of superconducting materials at high temperatures.
After all, superconductors can only achieve superconductivity at lower temperatures.
"Experiments have shown that this topological superconductor has strong magnetism at high temperatures. In general, the higher the temperature, the stronger the magnetism."
When Lin Shi talked about this achievement, he seemed a little lacking in confidence.
Because the material is magnetic at high temperatures, it is not a special property.
But Lin Shi's achievement made Xu You's eyes change.
"High magnetic properties? Quick, let me see the specific data!"
