Targeting applications such as photodetection, light-emitting displays, and imaging, our team leverages the advantages of organic single-crystal materials, including high mobility, long exciton diffusion length, low defect density, and anisotropic optoelectronic response, to develop high-performance organic single-crystal optoelectronic devices.

· Organic single-crystal phototransistors for polarization detection

· Organic single-crystal LEDs and polarized-light emission properties

· Organic optoelectronic array devices and imaging systems