I specialize in innovating kinetic study methods for photochemical conversion, addressing the limitations of traditional approaches that often fail to reveal dynamic, holistic processes and unknown mechanisms. By integrating multi-scale spectroscopic techniques with numerical simulations, I obtain comprehensive reaction mechanism information. This multi-dimensional approach enhances our understanding of photochemical conversion, uncovering subtle changes and hidden mechanisms.

I was working in the field of solar cells, with time resolved spectroscopy and scientific simulations.

I was working in the field of molecular photophyscis, using time resolved spectroscopy and scientific simulations to solve the fundamental questions on the transition of excited states. We have found the direct evidence of photochemical trainsition of material particles to light-matter hybrid quasi-particles for the first time by sophisticated designed experiments.

I was working in the field of molecular photophyscis with time resolved spectroscopy and scientific simulations. We have figured out the reason for the molecular aggregation in triplet teiplet annihilation.