Photophysics of organic and hybrid molecules
We investigate the photophysical processes
from absorption to emission. Understanding
the electronic structure and the dynamics of
photoexcited species, for example, singlets, triplets, charge-transfer complexes is crucial for optoelectronic diodes including organic and perovskite PVs and LEDs. We use linear spectroscopic tools and non-linear spectroscopic techniques.
Organic/perovskite solar cells and light-emitting diodes
We fabricate and characterize organic/perovskite
solar cells and organic/perovskite light-emitting
diodes. Organic solar cells convert light to
Based on understanding on photophysical and electrical properties of organic semiconductors, electricity, and organic light-emitting diodes generate light from electricity.
we aim to enhance efficiency.
Device physics of optoelectronic devices
We study device physics of organic diodes with a drift-diffusion model and Monte Carlo simulation.