Research Experiences
The following content includes specific details of my work and small project.
A.Loop Calculation
Studying six-point two-loop amplitudes in ABJM theory under Prof. Kai Yan's guidance.
Guided by Prof Kai Yan (SJTU) in my semester project, I mainly studied some trick of Feynman Parameterization in calculation of two loop integral. I repeated some detail steps in a calculation and a wrote what I repeated in following note.
B.Black Holes Photon Ring Holography
We investigated the holographic properties of Reduced Kiselev Black Holes under Prof. Tower Wang's supervision (ECNU). Our main focus was on symmetry analysis, extending the original findings of identical symmetry groups in the near-horizon limit to different black hole. We explored the observational properties of Reduced Kiselev Black Holes within the context of black hole accretion disk dynamics and holographic duality, incorporating Strominger's insights on the holography of the photon ring.
Here, I summarize key aspects of our work:
- Extending to Kiselev black holes resulted in trivial outcomes.
- Reviewed the construction of symmetries.
- Demonstrated that our model does not yield non-trivial results.
C.Muon Source Experiment
Under Prof Kim Siang (TDLI)'s instruction, our group did the feasibility study of Muon creation using high-energy electron beam from SHINE facility. Details of my work in this project are as follows.
- Utilized Geant4-based software musrSim to simulate high-energy particle beam interactions, optimizing target materials and beam parameters to enhance muon yield and streamline muon beam lines.
- Configured data oscilloscopes and LaBr3 experimental equipment, preparing data acquisition codes for preliminary experiments at SXFEL.