- Fabrication of high performance and flexible OTFTs using cross-linking of reactive high-k liquid robber
- Fabrication of large area, soft OTFT array using blend-based bar coating
- Fabrication of high performance OPVs using ternary photoactive layer for broad absorption
- Synthesis of non-fullerene acceptors for high performance OPVs

(a) Schematic diagram showing the stretchable organic semiconducting materials by elastomeric blending (b) The strain dependence of OFET performances based on the blend or non-blend systems. (c) wire-bar coating process for the large area and uniform thin films. (d) Enhancing photovoltaic performance of organic solar cells through complementary light absorption in ternary blend. (e) Molecular structure of SF-PDI4 non-fullerene acceptor and TEM image of optimized PV4T2FBT:SF-PDI4 blend films for organic solar cells

- Fabrication of high performance and stretchable OTFTs using block-copolymers with stretchable blocks
- Development of soft thermoelectric device and wearable healthcare monitoring system with chevron structure and porous insulator

Novel stretchable polymer semiconductors incorporating elastomer building block

- Development of high performance and stretchable OTFTs via surface-modified dielectric materials and molecular self assembly
- Development of direct growth of poly cyclic aromatic hydrocabon–based graphene on dielectric materials
- Development of transparent and stretchable electrode with self assembly monolayer-modified graphene for e-skin
- Fabrication of soft OTFTs using flexible electrode with interface control and work function tuning
- Fabrication of high performance thermoelectric device via polymer self assembly on CNT nanotemplate

Surface-Mediated Molecular Assembly

(a) Self assembly monolayer-modified graphene. (b) SAM-modified graphene based strain sensor

- Development of highly stable copper wire electrode using graphene passivation layer - Development of charge selective materials for high performance organic/inorganic hybrid photovoltaics - Fabrication of highly stable organic/inorganic hybrid photovoltaics by controlling crystallization mechanism of photoactive materials - Study on molecular structure- and interface control-dependent charge carrier trapping mechanism using PECCS - Study on molecular orientation at donor/acceptor interface in photoactive layer using FTPS - Study on crystal growth mechanism of organic/inorganic hybrid perovskite using TrPL - Study on exciton and its life in soft materials using TrPL up-conversion