About
I am a high school student interested in experimental physics, particle detection, fusion diagnostics, and the philosophy of science.
My research spans liquid xenon detectors for medical imaging, millimeter-wave diagnostics for fusion plasmas, and particle physics instrumentation.
I also enjoy reading philosophy and discussing questions about science, knowledge, and the nature of explanation.
Research Highlights
Liquid Xenon PET Detector
Developed a novel liquid xenon time projection chamber concept for medical imaging. First-author publication in JINST.
Fusion Plasma Diagnostics
Designed and tested microwave diagnostic components including a 170 GHz waveguide notch filter for fusion plasma experiments.
Recent Publications
Li, B., Ma, X., Ni, K.
A New Concept of Liquid Xenon Time Projection Chamber for Medical Imaging.
JINST, Vol. 21, Apr. 2026, C04019, DOI: 10.1088/1748-0221/21/04/C04019