This is Shuo Fang's home. I obtained my bachelor degree (with honor degree) from Yanjici Class of Phycics School in USTC from 2017.09 to 2021.06.
I am a graduate student in Modern Physics Department of Phycics School @ USTC since 2021.09. And My major is Particle and Nuclear Physics.
I love history, music and workout (for example, jogging, going to gyms).
I am also a big computer game fan, especially when it comes to the historical strategy games like games published by Paradox Interactive.
(In fact, I believe I am an expert on European Universalis IV where I spent at least 3,000 hours.)
My life goal is to investigate and explore the mysteries of Nature, and I would like to devote my life to it even if it may be a harsh process.
Among these mysteries, I am intersted in the interactions in the tiny world most.
1.Chiral Kinetic Theory with Collision.
I calculated the collision kernel for QED-type interaction under the instrument of Prof. Shi Pu and Prof. Di-Lun Yang.
See this paper for details.
2.Analytical Solution for Spin Hydrodynamics.
Hydrodynamics with spin degree of freedom attracted much interest in Heavy-ion Collision community.
I find some special solution for the hydrodynamical evolution in HIC with Dong-Lin Wang under the instrument of Prof. Shi Pu.
See these work 1 and 2 for details
1.Teaching Assistant For Thermology.
I have been a teaching assistant for Thermology taught by Prof. Liang Han and I mainly correct students' homework and their test papers, participate in setting questions for 4 quizes,
disscuss problems with students and organize some exercises lessons for students. I have been enjoying this process because I can make process with students in my knowledge and I
can also express my ideas better so that I can communicate with others more effectively.
For more detail, Click The solution to Thermology.pdf for some answers written for a farmous textbook in thermology for Chinese students(This one written in English).
And some quiz papers and their answers:
1st quiz; the answer to 1st quiz.
2nd quiz; the answer to 2nd quiz.
3rd quiz; the answer to 3rd quiz.
4th quiz; the answer to 4th quiz.
It's an investigation on the quantization of vector fields(say, the massless case,photon field and the massive case Z/W bosons). It's an very intersting problem and I think it's also good for you if you are zealous of the quantization process in QFT.
Click here to have a look.