Chapter 657: Song Yao

Xishan No. 1 Courtyard, villa living room.

Er Miao finishes eating its cat food clack-clack, jumps onto the dining table nimbly, and looks at Xu Qingzhou eagerly.

Xu Qingzhou pulls the bacon out of the sandwich and shares half with this little waste who only knows how to eat, drink, and sleep.

This thing is definitely unhealthy for a cat, but it's fine to eat a little occasionally.

Opposite, Song Yao is still grumbling and threatening: "If you stay up late every day from now on, I will lock the guest bedroom too, and you can go sleep on the sofa yourself."

She understands Xu Qingzhou's desire to finish the model quickly, so she turned a blind eye to him staying up late at the beginning.

But!

This guy is getting more and more excessive. One or two days would be fine, but staying up like this for three or four days in a row, his body will collapse sooner or later.

"Absolutely listen to Wife."

Xu Qingzhou nods honestly. Good guy, School Beauty Song even blocked his retreat to the guest bedroom.

He glances at the sofa.

Actually, this sofa is quite big.

"This time, just put it on the account first."

"Why don't you just do it directly? There is a saying that goes well: compared to the execution, the time before the execution is harder to endure. Who knows when you will remember to hammer me."

Xu Qingzhou puts on a posture of "kill or cut, whatever you want."

"That's the effect I want."

Looking at Xu Qingzhou's weak appearance, Song Yao hums, claps her hands, leaves the dishwashing work to Xu Qingzhou, and goes upstairs to put on makeup in her slippers.

Xu Qingzhou shakes his head; this girl is getting smarter.

However, staying up late for several days in a row really gives him a sense of powerlessness from lack of sleep. According to his previous experience, when he reaches 30, this powerlessness will evolve into a sense of sudden death.

As soon as he stays up late, he feels like he could die suddenly at any time.

Fortunately, hard work always pays off; he finally got the model out and solved a big problem for the lithium dendrite group.

By the time he finishes eating and tidying up the tableware, Song Yao has already come downstairs.

A black shirt paired with beige suit pants, with a gray woolen coat on the outside, makes her look dashing.

"Beautiful." Xu Qingzhou praises.

If she put on glasses again... he imagined it, the royal sister aura is directly maxed out, okay.

"I have to go to the company to handle work first, and I have to go find Professor Li in the afternoon, and I'll come find you later."

"Oh, good."

Song Yao walks over, stamps a seal on Xu Qingzhou's face, and looking at the faint lipstick mark, she leaves with satisfaction.

Research Institute.

After Xu Qingzhou gets out of the car, he carries his bag and goes directly to the conference room.

Conference room.

Professor Zhao Shengwen, Wang Wei, and other main members of the battery project group are all there.

"We are currently trying physical adsorption, using carbon nanotubes (CNT) or graphene to form a conductive network to reduce local current density..."

Professor Zhao first briefly expounds on the experimental progress during this period.

Currently, the lithium-ion battery samples have reached the theoretical energy density, and they are making concentrated breakthroughs from electrolyte regulation, positive and negative electrode materials, and diaphragm modification.

The amount of data is extremely huge.

For a complete battery sample, every variable adjustment inside will lead to drastic fluctuations in battery performance, or even direct scrapping.

"Basically no problem; I spent some time and made a model."

Xu Qingzhou plugs the hard drive into the computer and brings up the model.

"I call it the 'QD-SC model': Quantum Spin, Dynamic Topology, Stochastic Process, Composite."

"It can predict the dendrite growth path under different anisotropic diffusion coefficients of the electrolyte based on the phase-field equation."

"In the model, I borrowed certain properties of quantum spin to regulate the lithium-ion deposition path, and then used dynamic topology to optimize the porous interface structure."