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1. Molecular Design and Structure-Property Relationships in Conjugated Polymers
1. Molecular Design and Structure-Property Relationships in Conjugated Polymers
Our research focuses on the molecular design and structural control of conjugated polymers to achieve a balance among electronic performance, mechanical flexibility, and long-term stability. We study how molecular architecture, side-chain engineering, and nanoscale organization influence charge transport, aggregation behavior, and processability. By developing general design strategies and clarifying structure–property relationships, we aim to advance polymer materials that combine efficient charge transport with robust mechanical properties.
Our research focuses on the molecular design and structural control of conjugated polymers to achieve a balance among electronic performance, mechanical flexibility, and long-term stability. We study how molecular architecture, side-chain engineering, and nanoscale organization influence charge transport, aggregation behavior, and processability. By developing general design strategies and clarifying structure–property relationships, we aim to advance polymer materials that combine efficient charge transport with robust mechanical properties.
2. Stretchable and Wearable Electronic Device Applications
2. Stretchable and Wearable Electronic Device Applications
We apply the developed materials in a wide range of soft electronic platforms, including organic photodetectors (OPDs), organic field-effect transistors (OFETs), and organic electrochemical transistors (OECTs). These devices provide core functions for future wearable and implantable systems, such as signal detection, amplification, and processing. Beyond individual devices, our vision is to integrate these components into multifunctional systems, such as electronic skins and biomedical sensors, enabling intelligent health monitoring, sustainable energy solutions, and advanced human–machine interfaces.
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