Biography
I’m a Ph.D. student at Peking University. I got my bachelor degree in Physics at Fudan University. My research interests focuse on understanding emergent phenomena in superconductors, strong-correlated electron systems and quantum materials with ultrafast and THz spectroscopy.
Interests
- Ultrafast Physics
- Strongly-correlated systems
- Light-matter interactions
Education
-
Graduate Student, 09/2023-present
Peking University
-
BSc in Physics, 09/2019-07/2023
Fudan University
Skills
Python
70%
C/C++
70%
Modeling
70%
Research Experience
Simulation of AOM THz pulse shaping system
Supervised by Prof. Zhensheng Tao
- Developed a matrix method for Fresnel diffraction with higher accuracy, which can be used to simulate near-field geometric optics.
- Developed a simulation platform for AOM (acousto-optic modulators) pulse shaping system with arbitrary geometric setup.
Femtosecond laser pulse compression using solitary modes in nonlinear multi-pass cell
Supervised by Prof. Zhensheng Tao
- Used the moified Fox-Li iteration algorithm to find the eigenmodes of nonliear multi-pass cell with Kerr media.
- Performed the NLSE simulation to verify the stability of the eigenmodes, i.e., the formation of soliton and its stability.
- Currently building the experimental setup.
Solid state high-order sideband harmonic generation
Supervised by Prof. Zhensheng Tao
- Studied the SFA (strong-field approximation) theory.
- Helped with data measurement and data analysis.
Blind FROG (Frequency Resolved Optical Gating) Algorithm
Supervised by Prof. Zhensheng Tao
- Implemented the Principle Component Generalized Projection Algorithm (PCGPA) and Ptychographic algorithm for Blind FROG.
- Introduced ramdom numbers to optimize the PCGPA Algotithm so that it’s suitable for Blind FROG problems.
Contact
- jhhuang@stu.pku.edu.cn
- 209 Chengfu Rd, Beijing, Haidian District 100871