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

Chapter 598 A cheater's life is just this smooth
After Su Kewei left, the suite became completely quiet.

Xu Qingzhou let out a long sigh, leaned back on the sofa, and took out his phone to report his itinerary to Song Yao.

On October 31st, during daylight saving time, it's 6:30 PM in the UK, which is around 1:30 AM in Kyoto.

"Although she sent a message before getting out of the car, I guess this girl is still waiting to make one last video call."

He typed a message and had just sent the message that he had arrived at his suite when a video call came in.

"You've arrived?"

A familiar voice came from the microphone.

Xu Qingzhou nodded and said, "Yeah, I just checked into the hotel. I arrived half an hour ago and chatted with the professors who came to greet me for a while. Aren't you going to sleep yet?"

"I'll go to sleep after making this call."

"Can't you sleep without me?"

"I can't sleep without hitting you." Song, the school beauty, scoffed and tidied the hair covering her face.

“Teacher Song, other women cry and say they miss their husbands when their husbands are away on business trips. Isn’t your situation a bit different?”

"Who told you to be so annoying?"

In the video, the girl is wearing a white spaghetti strap nightgown and is already lying in bed. Her hair is as frizzy as usual, and she is probably really sleepy, as her voice is soft and weak.

He discovered that, as time went on, Song, the school beauty, was indeed becoming more and more feminine.

Every move she makes exudes a unique charm.

After chatting with Song Yao for a few minutes, Xu Qingzhou saw that the girl was already laughing and wanted to sleep, so he hung up the phone.

The bright red sun dipped below the horizon.

As one of the speakers, Xu Qingzhou stayed in a college guest room at Christ Church College. The environment was quite nice. Standing by the window, one could see the ancient college buildings stretching into the distance, and the profound cultural atmosphere of the Middle Ages was palpable.

Like other world-renowned universities such as MIT, Princeton, and Harvard, Oxford University has no walls or even a formal sign. Streets run through the campus, blending it into the city.

He picked up his phone from the table and took some photos to send to Song Yao tomorrow.

The gentle waves of a tributary of the Thames reflected the orange sky, and students in twos and threes leaned against trees to read or lay on the grass gazing at the drifting clouds.

The Hanoi River flows gently, its earlier ripples shattering the golden scales of the sunset.

Bathed in golden light, everything in the distance looked like a beautiful oil painting.

After taking the photos, Xu Qingzhou started yawning.

One of the most painful things about traveling abroad is adjusting to the time difference. Although I slept on the plane, I'm still feeling a bit groggy at this time.

It was only a little past 6 p.m., so he took out a change of clothes from his suitcase, took a shower, and felt a bit better. Then he sat down at his desk and took out the data on supersymmetric zeta functions.

I spent over ten hours thinking about battery-related things today, so I'll relax my brain tonight by looking at some math.

Currently, Xu Qingzhou is still working on eliminating non-prime paths in the prime position encoding part, and plans to refer to the Grover algorithm to suppress prime paths by amplifying amplitude.

However, this requires the powerful computing capabilities of the Kyoto Institute of Materials Science, which his laptop's graphics card couldn't handle even with its Spark Program.

"Therefore, we can proceed directly to the next step: designing the jump rules."

Xu Qingzhou opened his notebook, jumped to the content he had decided on beforehand, and pondered how to construct a dynamic Hamiltonian.

After a moment's thought, he wrote down the four characters "dynamic phase".

The dynamic phase θ_n in the transition rule is like a traffic light automatically adjusting the passage time according to the traffic situation at the intersection, controlling the probability of particles staying at different positions on the number axis, ensuring that "prime candidate positions" pass first, and non-prime paths are blocked in time.

This involves dynamic phase and potential well strength.
Dusk was falling. The notebook was already filled with formulas.

"As for the next step, could we create a quantum gate operation chain? Wow, that idea is absolutely brilliant."

Xu Qingzhou muttered to himself, praising his own cleverness.

That's how easy life is for a cheater.

"The operation chain can be implemented using quantum circuitry. Step 1: Apply Hadamard gates to generate superposition states. Step 2: Execute controlled phase gates."

The transition rule adjusts θ_n and λ by statistically analyzing the gap distribution in real time, so that the sieving process converges to the Polignac conjecture, which is the mathematical objective that all even gaps exist.

Time slipped away between the lines, and two hours passed.

Xu Qingzhou rubbed his temples, let out a long breath, and closed his notebook. After a long period of brainstorming and lack of sleep, he felt like he was floating on air.

He didn't resist, but lay down on the bed, his mind quickly becoming confused.

The next day.

November is Oxford's rainy season, and it rained last night, making the morning air slightly damp and chilly.

Xu Qingzhou woke up at 6 a.m. and continued brainstorming for two hours based on the ideas from last night. When he saw that it was almost time, he took out a black suit from his suitcase and gave it a quick ironing.

"Handsome."

Xu Qingzhou changed into a suit, admired himself, took two photos and sent them to Song Yao, then turned around and went to the table to tidy up the documents.

The opening ceremony will be held at 9:00 AM. The theme of the first day is "Opening Ceremony and Frontiers of Cosmology".

Professor Ian Walmsley, Head of the Department of Physics at the University of Oxford, delivered a speech.

Following this, 2019 Nobel laureate Jim Peeble will host a lecture on "Dark Energy and the Large-Scale Structure of the Universe." From 2 p.m. to 4 p.m., there will be a sub-forum on exoplanet detection technology, where Michel Mayer's team will present their findings.

Although this wasn't Xu Qingzhou's area of ​​research, he was genuinely interested in it. Cosmology could reveal the ultimate laws of matter and energy on a macroscopic scale. There's a saying that goes, "The world is as big as your heart."

Only by studying the universe on a macroscopic scale can we broaden our horizons and find goals for future development and the direction for human progress.

Planetary exploration, on the other hand, expands the boundaries of technology through microscopic practices, focusing on detailed technologies, which helps to solve resource, environmental, and survival challenges.

Furthermore, the topics covered in this conference were quite broad, ranging from cutting-edge cosmology to quantum computing and information science, condensed matter physics and superconducting materials, as well as particle physics and accelerator technology, and so on.

It covers all aspects of cutting-edge physics.

These are arguably the areas of most intense international competition in the coming years.

This seminar, while facilitating exchange, also subtly contained a sense of competition, with each research group and institution hoping to showcase their success and solidify their leading position.

Xu Qingzhou had just finished tidying up the various materials for the report meeting when the doorbell rang.

"Arrived so soon?"

Xu Qingzhou was somewhat surprised that Oxford University had assigned a dedicated assistant to handle all his work.

He took the things and went out.

Open the door.

Hello. Hmm?

But after seeing who was at the door, he was stunned.

(End of this chapter)