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New Article on “Efficient Energy Transfer from Quantum Dots to Closely-Bound Dye Molecules” published in Angewandte Chemie
05.11.2024
This work designs a perovskite quantum dot (QD)-dye system for efficient energy transfer (ET) from QDs to dyes occurring via the Dexter exchange-type interaction, at minimal donor-acceptor spectral overlap. Dyes containing a dimethyl-iminium binding group as part of their conjugated system are chosen for high binding affinity to QD surface, crucial for donor-acceptor spatial wavefunction overlap for efficient ET. Read more in our recent publication:
Efficient Energy Transfer from Quantum Dots to Closely-Bound Dye Molecules without Spectral Overlap by M. Kurashvili, J. Llusar, L. S. Stickel, T. Würthner, D. Ederle, I. Infante, J. Feldmann, Q. A. Akkerman.
05.11.2024
This work designs a perovskite quantum dot (QD)-dye system for efficient energy transfer (ET) from QDs to dyes occurring via the Dexter exchange-type interaction, at minimal donor-acceptor spectral overlap. Dyes containing a dimethyl-iminium binding group as part of their conjugated system are chosen for high binding affinity to QD surface, crucial for donor-acceptor spatial wavefunction overlap for efficient ET. Read more in our recent publication:
Efficient Energy Transfer from Quantum Dots to Closely-Bound Dye Molecules without Spectral Overlap by M. Kurashvili, J. Llusar, L. S. Stickel, T. Würthner, D. Ederle, I. Infante, J. Feldmann, Q. A. Akkerman.
