I am devoted to scientific research, but you want to trick me into having a love relationship?

Chapter 705 The Great Dialectics Is Everywhere
Wanda Plaza.

Song Yao came out of the parking lot. She needed to buy some autumn clothes today, and since she probably had a lot to buy, she decided to drive. As soon as she exited the elevator, she saw Ding Jiahui standing in front of Starbucks.

"Xiao Yao, you've become even more beautiful since I last saw you."

Ding Jiahui looked Song Yao up and down, her eyes lighting up. In all her years of college and work, she had never met a girl prettier than Song Yao.

"Just your sweet mouth."

"I'm stating the facts. You're a multi-billionaire now. Come on, let me smell the fragrance of a rich woman."

Song Yao pressed down on Ding Jiahui's head.

"Yaoyao, you despise me." Ding Jiahui pretended to be heartbroken.

"It's obvious?"

"."

"If Xu Qingzhou can hug me, then I can't."

"It's more comfortable to hold Xu Qingzhou," Song Yao quietly added, "because I can absorb his yang energy."

But this strange thing can't be told to Ding Jiahui, lest Ding Jiahui think it's a pervert.

"..." Ding Jiahui was taken aback and looked at Song Yao resentfully: "Woman, don't be so real."

Song Yao felt somewhat helpless. Ding Jiahui had always been quite outgoing, and it was rare for her to remain so innocent after being battered by society for so long. In other words, she felt much more at ease, as it at least showed that she hadn't gone crazy while working two jobs.

The two sat down to order, and she noticed Ding Jiahui's dark circles under her eyes. "Have you not been getting enough rest these past few days?"

"Absolutely. Besides my own work, I also have to do content promotion for the studio. Do you know what time I went to bed last night? 3 a.m. I finally managed to finish the promotion plan."

Ding Jiahui confided in her best friend.

The coffee arrived, and the two of them didn't feel like moving. They leisurely drank their coffee, strolled around for a while, and then went to have lunch.

Song Yao said, "Are you planning to keep doing this? Running around on both sides, your body won't be able to handle it sooner or later."

"So, I want to resign."

Ding Jiahui bit her straw and said, "The studio is just too busy. Hiring another person is not as good as me doing it myself."

"confirmed?"

Song Yao asked.

Ding Jiahui smiled and said, "Well, there's nothing to worry about. It's just a content operations job, not a guaranteed job."

"It's great. Although it's tiring, it's very motivating."

"It's alright. The H5 project just ended, and Guo Ziyang and the others are discussing taking on the next project."

Ding Jiahui was still the same as before, with endless things to say, while Song Yao mainly acted as an attentive listener, occasionally offering a comment.

"Yaoyao, does this scene seem familiar? In the first semester of our junior year of high school, we were sitting outside like this one day."

"Fifty-eight years."

"Yes, it's been 6 years. I have a boyfriend now, and you're already a young married woman."

"Perhaps you could use a different word."

After finishing their coffee, the two girls went shopping.

Xishan No. 1 Courtyard.

In the study, Xu Qingzhou rubbed his temples, pondered for a moment, and said, "An AI Mathematics Special Issue. It's not difficult to write, but it's actually quite controversial."

AI can push the limits of human cognition, assisting mathematicians in complex calculations and improving efficiency, which is a good thing. However, automated systems rely on data patterns rather than human understanding and intuition, which to some extent has already led to a restructuring of the essence of mathematical proofs. Therefore, a considerable number of mathematicians are quite opposed to AI, believing that the soul of mathematics lies in human creativity and insight, not machine efficiency.

"Actually, there's not much to write about. It's just about looking at AI issues dialectically, using automation as an auxiliary means rather than replacing human intuition."

The great dialectic is everywhere.

"It's a bit of a waste of time."

After thinking it over, Xu Qingzhou replied with an email, politely declining the journal's invitation.

Let those who are interested do the sticking out; he prefers to quietly research his own subject rather than publish controversial articles.

He had been busy with lithium dendrites and the shuttle effect for a while, but now he has decided to shift his focus back to mathematics. He first looked for the experimental paper he had discussed with Terence Tao, which linked mathematical topological invariants with the quantization of electrical conductivity in semiconductor nanowires.

Xu Qingzhou was living a very comfortable life. He read math papers in the morning, ordered takeout at 1:30 pm, ate, and then went to the yard to sunbathe.

The yard has been completely tidied up. Besides the flowers and plants and the swing, a rattan chair has been placed in the open space, making it much more lively than before.

"Shopping? Nothing beats the comfort of this place."

In the courtyard, Xu Qingzhou lay on a rattan chair, squinting at the sky.

After autumn arrived, it started to get cold, but the midday sun was still very strong. However, today was just right. There were a few white clouds in the sky, which made the sun less glaring and felt warm on my skin.

The leaves were turning yellow, and as the wind blew, the withered leaves were swept up and slowly fell onto Xu Qingzhou.

He was too lazy to move, his mind gradually emptied, and when he felt sleepiness creeping in, he covered his face with the book and his brain drifted into a daze.

When I woke up, it was already 3 p.m.

At this moment, Er Miao was also dozing off on the flower bed to the side, just like him.

"Alright, I've had enough sleep, time to get back to work."

Xu Qingzhou yawned, got up, brushed the fallen leaves off his clothes, washed his face, and returned to his study. He planned to study math in the morning and then clear his head in the afternoon to organize some things related to the fusion experiment.

High-temperature superconducting thin films can increase magnetic field strength by more than 30%, which is enough to overcome the limitation that traditional devices rely on liquid helium for strong magnetic fields.

"But this is not an advantage unique to us."

Xu Qingzhou sighed, "The experiments on various tokamak devices are all accelerating, and we don't have much time left."

It's a trade-off. Selling the patent for superconducting thin films solved their funding problems, benefited domestic companies, and rapidly increased China's influence in the field of superconducting thin films.

The downsides are also obvious: it makes it impossible to create a technological gap, and competitors also acquire the technology.

"At least a technological barrier has been established now, and we should be satisfied with the achievements made in such a short time."

Xu Qingzhou has a great mindset; as a cheater, he has an inexplicable confidence in the competition.

He shook his head and focused his attention on the experimental plan; the technology integration roadmap for the fusion group is now relatively clear.

High-temperature superconducting magnets, negative triangular plasma, billion-degree-of-million-second control algorithms, millisecond-level power systems, microchannel cold plate heat dissipation, and finally tritium breeder fuel cycle.

The first step is that the superconducting magnet is still in the design stage.

Simultaneously, they are also advancing the construction of compact plasma systems, specifically triangular plasma systems.

This is actually just one technique in the current theory; their experiment is the first time this technique has been used.

The negative triangular plasma expands the divertor region by 30% through its unique shape with the "curved part facing the center," allowing it to hold more plasma within the same device volume.

Since this is the first time using it, there are still many technical uncertainties.

His goal is for the experimental reactor to achieve a steady state with plasma temperature and time at the level of 1 million ℃+ kiloseconds during its first discharge.

(End of this chapter)