Research
Colloidal quantum dots bring a new level of freedom to light–matter engineering. Their tunable optical properties and solution-based fabrication open directions that conventional semiconductors cannot easily reach. By building on these strengths, we aim to turn quantum dots into practical platforms for next-generation photonic and light-emitting technologies.
Research Areas
Core research themes advancing colloidal quantum dots and photonic devices
Semiconductor Nanocrystal Design & Synthesis
Our work focuses on the design and synthesis of semiconductor nanocrystals, integrating computational modeling with chemical approaches. This combined strategy allows the creation of well-defined quantum dot structures as a foundation for photonic studies.
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Optical & Spectroscopic Characterization
Exploring how quantum dots — down to the single-dot level — interact with light through advanced steady-state and ultrafast spectroscopic techniques.
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Applications in Displays & Photonic Technologies
Advancing quantum dot–based photonic platforms toward practical, stable, and scalable technologies.
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Surface Chemistry & Nanofabrication
Engineering surface chemistry and employing nano/microfabrication techniques to realize functional nanomaterial platforms.
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We're always looking for talented graduate students and postdoctoral researchers to join our innovative research team.