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Sub-unit cell growth precision in perovskite quantum dots!
28.04.2026
In our new article, we report a room-temperature solution-phase overgrowth of perovskite quantum dots with sub-monolayer precision, where discrete growth increments can be achieved either stepwise or in a quasi-continuous manner. Remarkably, the growth can be sustained for hours while retaining high monodispersity and preserving PLQY. In situ absorbance spectroscopy reveals well-controlled kinetics and four clearly resolved excitonic features. This approach opens a pathway toward atomically precise perovskite-based heterostructures for next-generation classical and quantum light technologies.
Read more about this research, published now in JACS.
LMU has highlighted our research in the Newsroom.
28.04.2026
In our new article, we report a room-temperature solution-phase overgrowth of perovskite quantum dots with sub-monolayer precision, where discrete growth increments can be achieved either stepwise or in a quasi-continuous manner. Remarkably, the growth can be sustained for hours while retaining high monodispersity and preserving PLQY. In situ absorbance spectroscopy reveals well-controlled kinetics and four clearly resolved excitonic features. This approach opens a pathway toward atomically precise perovskite-based heterostructures for next-generation classical and quantum light technologies.
Read more about this research, published now in JACS.
LMU has highlighted our research in the Newsroom.
