- Developed advanced methods for real-time measurement of ultrafast dynamics and instabilities in various fiber-optic systems such as single-mode fibers, multimode fibers, and fiber lasers.
- Conducted high-power mid-infrared supercontinuum studies in multimode soft-glass fibers and gradient-index fibers.
- Developing supercontinuum sources for applications in optical imaging, sensing, and spectroscopy.
Research Experience
- Perform experimental, numerical, and theoretical studies of ultrafast phenomena in optics.
- Develop ultra-broadband light sources with tailored characteristics.
- Develop novel correlation sensing and imaging approaches.
- Apply machine learning to the design of smart laser sources.
Background
Focused on research in ultrafast nonlinear dynamics, supercontinuum generation, application of machine learning to ultrafast photonics, and related real-time measurement methods.