Professor & Principal Investigator
Development of new molecules following fluorescence, phosphorescence, and TADF
Development of materials and devices for low-threshold laser oscillation
Development of new conductors based on inorganic/organic hybrid structures
Creation of novel CT-based organic devices
Comprehensive molecular design of advanced luminescent molecules for fast radiolysis, high efficiency, and high durability
Advancement of new material design and nanostructured device development to achieve low threshold laser oscillation
Precise control of orientation on substrates and energy transfer processes
Creation of thermoelectric devices with a new mechanism by utilizing charge separation at CT interface by heat
