We are working on the design and characterization of photoactive functional hybrid materials based on colloidal semiconductor nanocrystals, e.g. quantum dots or nanorods. The investigated systems are designed with the purpose to be part of assemblies for the application in light-driven catalysis, e.g. for hydrogen generation from water, as materials for application with non-linear optical properties or for sensor applications.
New Publication!
Congratulations!
ISPPCC 2023
Sarah is presenting our work within the TRR/CRC CataLight at ISPPCC in Ulm.
New Master student!
New Publication!
Check out our new publication on charge-carrier separaton in tipped nanorods in dependence of rod length.
MRS Spring Meeting 2023 - symposium NM03 "Nano-Sized Photocatalysts—From Fundamentals to Applications"
New Publication!
Check our latest publication on hydrogen evolution with molecular functionalized quantum dots layers.
New Bachelor student!
New publication!
Check our most recent publication on High-order harmonic generation in quantum confined semiconductors!