Both colloidal quantum dots and molecular chromophores have been shown to be proficient donors and acceptors of excitonic energy, through Forster and Dexter mechanisms. The combination of these two optically active species, and the controlled energy transfer between them, enables a variety of functions of the quantum dot-molecule complex, including sensing of biological processes and energy transfer-initiated photocatalysis. This talk will cover some fundamental aspects of QD-molecule energy transfer and demonstrations of these applications.

Applications of controlled energy transfer  in quantum dot-molecule complexes: From sensing to catalysis

2019 Fall National Meeting

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