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Synthesis of Quantum Dots and their Application
 

 Quantum dots (QDs) are semiconductor materials with very small size and exhibit different properties from the bulk state due to the quantum confinement effect. Due to the unique optical properties of QDs, they are considered as attractive candidates for optoelectronic devices such as light-emitting diodes, imaging, solar cell, etc.

1. Cd-free III-V QDs
     ◎ Synthesis and characterization of Cd-free III-V QDs by hot-injection method
 
     ◎ Synthesis and characterization of highly luminescent core@shell structure of QDs 
     Developing new-types of phosphorus precursor for the synthesis of InP QDs


                                   

2. Perovskites QDs

     ◎ Synthesis and characterization of perovskite QDs with various dimensions by hot-injection method
     ◎ Characterization of perovskite quantum dot surface 
     ◎ Synthesis and characterization of core-shell structure of perovskite QDs

                                    

3. Applications of QDs
    ◎ Optoelectronic decive from colloidal luminescent QDs

                                     
 

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