This is my archive where one can find all my notes and haphazard writings.
Notes
The string part covers mainly the front half of David Tong’s lecture, and the CFT part comes from several sources.
- T-Duality [En]
The final report of the class about string theory.
- Quantum Electron Dynamics [En]
I like to teach since it always inspires me a lot. This note is writen for teaching one of my roommates about QED for his study on quantum optics.
- Majorana Fermions [En]
I was fascinated by this interesting object, but I failed to understand its meaning the first time I came to it. Years later, when I began to study neutrino physics, it appears again and I tried to study it.
- Neutrino Mass [En]
I introduced basic electroweak theory, explained the zero-neutrino-mass requirement in SM, and discuss some some mass models, including the Seesaw mechanism.
Report
- Hawking Emission [En]
This is the report I gave in the collaboration with Prof. Tsai of Univ. of Notre Dame. I briefly discussed the curved-spacetime QFT, the calculation of the Hawking emission rate, and some perspectives on the subject.
- PEPV [En], Exotic Transition [En]
The first report I made to the overseas collaborators is on my theoretical work about the non-commutative spacetime. I showed the developed model in the second one, and discussed the experiments for detection.
Miscellanous Thoughts
This is a short note about my idea for GUP. When I was scanning ArXiv, some related articles attracted my attention, and after researching I found the way people treat it is not satisfying. Therefore I tried to give my solution, and discussed it with Prof. Tsai.
However, GUP itself has many conceptual issues, like negative entropy, so I did not hurry to elaborate on it. When the relative subject become matured, maybe I would heed it again.
In hindsight, the Prof. Yang’s argument about the negative temperature behavior in BH spacetime possibly originates from the GUP.