Notes

This course was taught by Prof. Myungshik Kim. My notes were based on his lecture notes and the textbook by Nielsen and Chuang. The topics covered include quantum gates, quantum algorithms, quantum error correction, and quantum entanglement.

This course was taught by Prof. Florian Mintert and Prof. Michael Vanner. My notes were based on their lecture materials, covering topics such as atom-field interactions, coherent state and squeezed state, quantum detection, etc. Special thanks to Hao Chen, a PhD candidate at Princeton University, for insightful discussions. We are currently coauthoring an extended note on quantum optics, enriched with additional essential topics to provide a more comprehensive understanding and enhance the overall learning experience.

This course covers two main topics: Laser Device Technology and Nonlinear Optics. I am not particularly interested in the first topic, as it focuses primarily on conceptual understanding and requires memorizing numerous concepts for exams, rather than employing rigorous mathematical derivations to prove or explore the principles in depth.

This course was divided into two parts: Complex Analysis, taught by Prof. Cheng-Gang Shao, and Equations of Mathematical Physics, taught by Prof. Yong Hu.

Taught by Prof. Sheng-You Huang, covering Lagrangian and Hamiltonian Mechanics, with several applications including central force motion, rigid bodies, and small oscillations. Notably, these were my first notes written in English.

Taught by Prof. Xue-Wen Chen, covering electrostatics, magnetostatics, and Maxwell's equations.

This term was unique due to COVID-19, as we had to attend lectures online from home. The course was taught by Prof. Lu-Shuai Cao and Prof. Ze-Huang Lu. My notes were selected as exemplary for the course and shared with classmates. Due to the large file size, the notes have been divided into four parts.

Taught by Prof. Tian-Ping Deng, based on lecture online, MOOC and textbook.

This course was taught by Prof. Ying Wu and Prof. Jia-Hua Li. However, it overlapped with another advanced course I had selected, so I decided to learn independently. My studies were based on Griffiths' Introduction to Quantum Mechanics and the online course from MIT OCW.

Taught by Prof. Zhao-Feng Kang.

Taught by Prof. Yong Hu.

This course was taught by Prof. Qi Song.

This course, taught by Prof. Shun Wang, was quite challenging. It was conducted entirely in English, including the coursework and exams. Each week, we were required to read research papers, answer related questions, and at the end of the term, we wrote a small essay. Additionally, I worked on a small project focused on the Ising Model. My study notes are primarily based on the textbook by David Tong.

Taught by Prof. Liu-Song Yuan.

Taught by Prof. Jia-Hua Li.

Taught by Prof. He-Lin Wei.

These are my lecture notes from the Quantum Mechanics II course taught by Prof. Zhixin Qian during the 2020 Summer School at Peking University.

Self-study notes for the Physics GRE exam taken in 2021.