Research/Project
Optical Sensors
We are developing SWIR-selective, transparent optical sensor platforms for autonomous driving.
Organic semiconductors, Organic Functional Molecules & Oxide materials.
Intelligent Semiconductors
We are developing new materials platform to realize new application such as stretchable display.
Monolithic 3-Dimensional integration, embedding molecular swithces and synthesizing new multifuctional materials.
We are developing new materials platform to realize new application such as stretchable display.
Monolithic 3-Dimensional integration, embedding molecular swithces and synthesizing new multifuctional materials.
Organic Mixed Ionic-Electronic Coductors
Organic mixed ionic-electronic coductors underpin bioelectronics, soft neuromorphic system, energy converion devices.
We aim to explore nover frontiers—ranging from advanced material design to realization of universal device platforms.
Organic mixed ionic-electronic coductors underpin bioelectronics, soft neuromorphic system, energy converion devices.
We aim to explore nover frontiers—ranging from advanced material design to realization of universal device platforms.
Semiconductor Cleaning
To overcome drawbacks of conventional HF-based cleaning, we are developing new polymer-based cleaning methods.
New polymers, organics, new surfactants and new particle synthesis methods.
To overcome drawbacks of conventional HF-based cleaning, we are developing new polymer-based cleaning methods.
New polymers, organics, new surfactants and new particle synthesis methods.
Photocatalyst
Photocatalytic CO2 reduction is a highly promising approach to scale up renewable energy generation and promote carbon neutrality under mild conditions.
We focus on the more effective methodology of artificial photosynthesis using synthetic organic functional materials.
Photocatalytic CO2 reduction is a highly promising approach to scale up renewable energy generation and promote carbon neutrality under mild conditions.
We focus on the more effective methodology of artificial photosynthesis using synthetic organic functional materials.