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

Chapter 528 Xu Qingzhou's eyes became clear

office.

Xu Qingzhou did not wait around. With the help of the college's supercomputer, he ran the calculation of the Higgs mass on his computer. He looked at the manuscript on the table and his mind started working rapidly.

Now we have come to the most important part - the supersymmetric renormalization group equation, which requires the use of his previous theoretical research on the renormalization group.

Thanks to the extra decades of experience, I would not have been able to figure this out otherwise. Just perfecting the renormalization group theory is an extremely difficult task.

A year ago, the model was not perfect due to the lack of massive data.

Now, he intends to relate the high energy scale (GUT scale) to the low energy scale (TeV scale) through the renormalization group equation.

This will be a crucial step.

He picked up the pen and began to write quickly.

【Numerical integration steps】

【Step 1: Integrate RGE from the GUT scale down to the electroweak scale (\mu = M_Z \approx 91 \ext{GeV})).】

In the office, Xu Qingzhou was calculating with his head down, while Carson was sitting in front of the computer, studying the problem of reaction by-products and also starting to work on his thesis.

On the other side, Sun Simin and Mars were also concentrating on checking their topics.

Everyone did their job and 30 minutes passed quietly.

Xu Qingzhou received two emails on his computer. He stopped calculating and looked at the topic selected by Sun Simin and others.

Sun Simin chose the direction of process optimization, focusing on the regulation mechanism of pulse time and annealing temperature on microstructure and critical current density. This is difficult but within a controllable range.

Mars wants to work on YO nano-doping and study the synergistic effects of defect engineering and pinning enhancement.

Xu Qingzhou went through the two topics and found that there was no problem with the general direction, but there was a lack of innovation and there was some gap from the SCI1 zone.

He thought about it and made some adjustments for the two of them.

Sun Simin added the content of low temperature annealing and short pulse combination to his topic. Mars focused on the study of the influence of high density and small size particles on magnetic flux creep and weak connection of grain boundaries.

If you want to have the potential to impact Zone 1 SCI journals, you must consider both rigorous experimental design and innovative discoveries.

Switzerland, 11pm.

CERN (European Organization for Nuclear Research).

In an office, the fat middle-aged man patted Richard on the shoulder: "Hey, Richard, I'm done here. For God's sake, we should go for a drink!"

"Thank you for your kindness. I'd rather check the last round of data. I can swear there's a new particle hidden in this noise."

"Relax, man. You've been staring at a screen for 12 hours, and I have to say, no matter how you look at it, we're not going to find that little guy - unless we have access to CERN's FCC right now."

CERN plans to build a more advanced circular collider (FCC)

The designed circumference is 91 kilometers, three times that of the LHC, and the proton-proton collision energy can reach 3 TeV, which will be seven times that of the LHC!
Of course, it only exists on the PPT.

Even if construction really begins, given the current level of human technology, it will take 30 to 40 years to get it up and running.

Richard also sighed helplessly, but finally nodded and planned to go out for a drink with his old friend.

Hey~
However, just as he stood up, a message alert suddenly rang on his computer. When he saw the sender's name, his body suddenly stiffened and he sat back abruptly.

Seeing his friend clinging to the chair again, Ryan Sack suddenly had a headache: "Oh, damn, what happened again?"

"Professor Xu's email."

Richard swallowed, and a glimmer of hope arose in his heart. Could it be that he really discovered something from that pile of data?
Ryan Sack was wearing his coat and said, "I suggest you look at it tomorrow. Yes, I admit that Professor Xu is very good, but it is impossible for him to find a companion particle for us thousands of miles away."

Richard ignored his friend's nagging and opened the email.

Ryan Sack noticed that Richard looked upset. "Hey, Richard, what's wrong?"

Ryan Sack frowned and walked over.

Richard looked up suddenly, his voice trembling with excitement: "Maybe Professor Xu can really find the companion particle for us!"

"Ok?"

Ryan Sack was puzzled, his eyes fell on the screen, and he subconsciously read out: "The mass of the charged Higgs companion particle (H^±) is (\mathbf{1.5 \ext{TeV}}), and it is recommended to search for it through the (\sqrt{s}= 14 \ext{TeV}) process during the LHC's (\sqrt{s}= \ext{TeV}) operation."

The second sentence is:

[The lightest ultra-neutral companion (ilde{\chi}_1^0) has a mass of (\mathbf{1.0 \ext{TeV}}) and can be used as a dark matter candidate. This needs to be verified by missing energy signals, such as (pp o ilde{g}ilde{g}oq\bar{q}ilde{\chi}_1^0 q\bar{q}ilde{\chi}_1^0)).]

[I have put the detailed calculation process in the document below, I hope it will be helpful to you. ]

Ryan Sack stared at the screen in a trance, pondering the meaning of the email.

If the initial search for the companion particle of the Higgs boson was like looking for a needle in a haystack, then a year ago, after Xu Qingzhou narrowed the scope, it was like looking for a needle in a lake. Now it can be said that Xu Qingzhou has almost marked the position of the needle in the lake!

Richard took a deep breath, suppressed his excitement, took out the manuscript, and verified the model given by Xu Qingzhou.

"Give me a copy. Damn, I already have a reservation at the Illinois Bar."

Although Ryan Sack cursed, his face was full of excitement: "No, I have to call the Knicks. Otherwise, they will definitely blame me for the rest of my life for not seeing this information in the first place."

Meanwhile, in an apartment in Boston.

After sending the email, Xu Qingzhou lay down on the sofa to rest. After working hard for 5 consecutive days, he finally narrowed down the range of the companion particle again and even calculated the specific range.

There is really nothing left for him to do.

He squinted out the window.

On the banks of the Charles River, the snow has not melted yet, and you can see tourists walking leisurely along the shore. The golden sunshine is scattered on the earth, creating a peaceful and leisurely atmosphere.

There was a sound of the door opening, and the girl pushed the door open, took off her down jacket in the entrance hall, and changed her shoes.

"I'm back~"

"It's quite early today."

"I'm worried that you'll starve to death at home."

Xu Qingzhou then noticed that School Beauty Song was holding vegetables in her hands.

Song Yao put all her things away, then came over and lay on Xu Qingzhou to rest. She especially liked this in winter, as Xu Qingzhou's body was very warm, like a big human-shaped pillow.

After climbing for a while, she held Xu Qingzhou's face with both hands, "Dark circles under your eyes, messy hair. Professor Xu, tell me, have you been busy since this morning?"

"The model of the companion particle has been completed." Xu Qingzhou sighed helplessly and pinched the girl's butt a few times, causing School Beauty Song to glare at her.

"She keeps nagging me all day long, like an old lady."

"What did you say?" Song Yao smiled and moved her face closer.

When School Beauty Song put her hands on her waist, Xu Qingzhou's eyes became clear, "I said you are cute. Hiss~ If you twist your waist again, it will break."

Xu Qingzhou bared his teeth.

Song Yao snorted, held Xu Qingzhou down, and then fixed his hair and pinched his face. After torturing him for a while, she got up with relief and went to cook.

Xu Qingzhou lay on the sofa for a few minutes, then got up in a dishevelled state and went to the kitchen to help.

(End of this chapter)