… dots (QDs) coupled into disordered arrays have exhibited the intriguing property of bulk-like
transport while maintaining discrete excitonic … , we find that excitons coherently delocalize to …

… exciton generation (MEG) in quasi-spherical semiconductor nanocrystals or quantum dots
(… generally termed the first exciton state (and defined as the bandgap), where excitons are e–…

… and a reduction of the competing hot exciton cooling rate. Slowed … are maintained in conductive
arrays and demonstrate that … rules for the next generation of engineered nanocrystals to …

… that show they can produce multiple excitons from single photons of … arrays in novel photon
conversion devices are discussed, such as QD solar cells, where multiple exciton generation …

… of a quantum dot. Exciton, biexciton and generic charged exciton transitions are identified as
X, … e, Integrated intensity of the exciton transition as a function of polarization angle showing …

We study multiple exciton generation (MEG) in electronically coupled films of PbSe quantum
dots (QDs) employing ultrafast time-resolved transient absorption spectroscopy. We …

… Conservation of Energy and the process is called multiple exciton generation (MEG) [2–5]. …
dots and quantum dot arrays and applications of multiple exciton generation to 3rd generation …

… interactions and complicated exciton structures affect the quantized Auger rate and the
multiple exciton generation efficiency. Interestingly, in zero-dimensional NC quantum dots, …

… excitons to quantify the exciton … of excitons per QD, the transient spectrum must be
spectrally integrated. With spectral integration, we observe efficient multiple exciton generation in …

… , irradiated semiconductor quantum dots exhibit efficient exciton multiplication, due to … is
slightly above twice the energy of the lowest exciton (E g ). Arrays of silicon QDs generate MEs at …