I really don't want to lie down and win

Description: Discovery of a new superconducting hydrogen-based material

Reward: upgrade card 5

How to do?

There are tasks.

Xu Mang sighed and shook his head helplessly.

Then just...

Disc it!

......

Chapter 261 The Strange Mathematical Process (3/3, if it's really scary, add more)

In order to obtain a brand-new hydrogen-based superconductor, Xu Mang's first task is to understand what the principle of superconductivity is, and the best answer to this question is Professor Fan. Come up and ask.

just stand like this,

Stand for a while, ask later, appear unobtrusive.

"..."

"..."

The two looked at each other, and neither of them spoke.

after that,

Professor Fan continued to work, while Xu Mang continued to stand beside him, maintaining a state of silence, with a look of surprise on his face from time to time, this was to add a sense of depth to the characters.

finally,

Professor Fan chose to surrender.

"Xu Mang?"

"You...do you have something to do?" Professor Fan asked.

"Ok!"

"Professor Fan, I want to know what the principle of superconductivity is." Xu Mang asked.

Finally got to the point!

It's not easy!

Faced with this almost mentally handicapped problem, Professor Fan didn't feel helpless, but bursts of joy. This meant that Xu Mang was still saved, and it was better than lying in the laboratory all day long and doing nothing.

Leading Xu Mang to a computer, Professor Fan explained to Xu Mang what superconductivity is, what is the principle of superconductivity, and why superconductivity needs to be achieved at extremely low temperatures.

"Have you ever studied electricity? Do you know Ohm's law?" Professor Fan asked.

"..."

"Professor Fan...I'm not mentally handicapped!" Xu Mang rolled his eyes, "Just talk about the principle of superconductivity."

"it's actually really easy."

"It is to make the conductive atoms in the material have no gaps, so that the electrons will not collide with the atoms and pass through freely." Professor Fan said: "In this way, superconducting zero resistance is realized."

Xu Mang thought for a while, and said seriously: "By analogy, the reason why there is resistance is because there are gaps between the conductor atoms. When electrons move between atoms, they have to pass through these gaps and collide with the atoms, causing Atoms vibrate and generate heat to form electrical resistance?"

"???"

Professor Fan froze for a moment, then nodded hastily: "Yes! That's it."

words fell,

Professor Fan said with satisfaction: "Xu Mang is very, very good. If he had a more positive attitude, he might be even better."

"professor?"

"Can I use this computer?" Xu Mang pointed to a computer next to him.

"can."

"You can use it here as you like." Professor Fan said with a smile.

after that,

Xu Mang sat in front of the computer for an hour. During this hour, Xu Mang was using the database and intelligent synthesis software to find a new hydrogen-based superconductor. What made him feel helpless was that the number was extremely large. of.

In addition, it was simply synthesized and synthesized, and the possibility of synthesis was not given.

So many synthetic routes,

Which is it?

Although the exploration of superconducting materials is described as a game of luck, it requires luck too much. Unless the kind is the European Emperor, they can only succeed by virtue of their luck. Forget it if you are a non-chief.

"System...I want to know what the new hydrogen-based superconductor is."

Recognized by the system, relevant data cannot be provided

Ugh...

I knew it would happen.

no way,

Xu Mang could only use the stupidest way to ask the system one by one of the hydrogen-based materials synthesized by intelligence. Of course, he couldn't ask whether the material could be superconducting, but whether the material could achieve zero resistance.

"System, can this material achieve zero resistance?"

Recognized by the system, relevant data cannot be provided

What the hell!

So angry!

Xu Mang had no choice but to start all over again, taking out each hydrogen-based material and building a mathematical model to calculate the superconductivity of each material.

of course,

Xu Mang needs to reversely deduce known hydrogen sulfide materials to know the mathematical relationship between high pressure, hydrogen atoms, and other elements. This is different from the theoretical model of high-temperature superconductivity. Xu Mang's relationship model is pure mathematics Logic.