High-Detectivity Organic (-Polymer) Electronic Materials for Photodiode Devices & Sensors

Our group is dedicated to creating next-generation organic and polymer-based electronic materials that enable high-detectivity photodiodes, high-efficiency photovoltaics, and smart sensors.

We integrate molecular design – tuning energy levels, backbone planarity, and side-chain structures–with device engineering, including advanced thin-film processing, new architectures, and interface optimization.

This combined approach allows us to achieve low dark current, fast response times, and high power conversion efficiency, pushing the performance of organic optoelectronic devices to their full potential.
Our ultimate goal is to develop technologies that can power health monitors, near-infrared imaging systems, and portable solar energy harvesters, ultimately paving the way for fully integrated and self-powered optoelectronic platforms.