Excitonic energy transfer (EnT) is the mechanism by which natural photosynthetic systems
funnel energy from hundreds of antenna pigments to a single reaction center, which allows …

A quantitative method was developed for the rapid, visual detection of benzothiostrobin
residue in strawberry using the conjugates of CdSe/ZnS (core/shell) quantum dots (QDs) …

Ligand exchange reactions are commonly used to alter the surface chemistry of metal
chalcogenide quantum dots; however, a lack of quantifiable data for these processes limits …

This paper describes control of the rate constant for near-infrared excitonic energy transfer
(EnT) within soluble aqueous assemblies of PbS quantum dots, cross-linked by Zn2+, by …

Researchers have long sought to use surface ligands to enhance energy migration in
nanocrystal solids by decreasing the physical separation between nanocrystals and …

We used N, N′-dicyclohexylcarbodiimide (DCC) coupling chemistry to synthesize (1)
heterostructures of CdSe and CdTe quantum dots (QDs) in colloidal dispersions and (2) …

Demonstration of light harvesting studies with blue-emitting quantum dots (QDs) is important
to expand the scope of QDs in various optoelectronic applications including display …

For the highly sensitive near-infrared (NIR) optical detection of epidermal growth factor
receptors (EGFRs) expressed on cancer cells, bioluminescence resonance energy transfer …

Many processes of interest in quantum dots involve charge or energy transfer from one dot
to another. Energy transfer in films of quantum dots as well as between linked quantum dots …

A facile surface amide-coupling method was examined to attach dye and catalyst molecules
to silatrane-decorated NiO electrodes. Using this method, electrodes with a push–pull dye …