Our team focuses on the controllable preparation of high-quality organic semiconductor single-crystal materials and the study of their intrinsic charge transport mechanisms. We explore the relationships among molecular packing, crystal orientation, defect states, interfacial energy levels, and carrier transport, providing material foundations for high-performance organic electronic and optoelectronic devices.

· Controllable preparation of high-quality organic single-crystal thin films and arrays

· Charge transport properties and interfacial regulation strategies

· Wafer-scale fabrication technologies for organic single crystals