Research Interests
1、Design and synthesis of organic/polymer optoelectronic materials
Materials serve as the foundation for constructing devices. Our focus is on meeting the fundamental requirements for charge transport, exciton formation, and luminescence in organic/polymer materials. We achieve this by designing molecules and systematically and comprehensively characterizing their photophysical properties. We also screen material systems to identify those with excellent comprehensive performance.
2、Modulation of organic/polymer optoelectronic aggregation state structure
The modulation of the molecular aggregation state structure is crucial to correctly evaluate the intrinsic properties of materials and to construct high performance devices. From the molecular structural features, we develop efficient molecular assembly strategies and technologies to construct multilayered ordered thin films and crystals, reveal the charge transport and photoelectric conversion mechanisms, and establish the molecular structure-property constitutive relationship.
3、Organic / polymer optoelectronic device construction and device physics research
Optimize the device structure, preparation process and interface properties, construct high-performance organic field effect transistors, organic light-emitting transistors, organic photodetectors, etc., develop new concept organic optoelectronic integrated devices, and carry out related application research.
