… process, multiple exciton generation (MEG), can occur in colloidal quantum dots. Here, some
… in close-packed arrays of Si QDs [16], as described in Section 3. In this case, the additional …

… layers of quantum dots with different sizes. In this report, efficient exciton funneling and …
Sharp exponential band tails in highly disordered lead sulfide quantum dot arrays. Physical …

… The field available to split an exciton in our arrays is the fraction of the total field (8.8 × 10 4
V/cm) that drops over this distance (10 nm for L QDs, 5.5 nm for M QDs, and 4.4 nm for S QDs…

… array of … generation from MEG in PbSe dot films using the same 1,2-ethanedithiol ligand
that we use here (Supplementary Fig. 11). The difference may be due to the change from dots to …

… with the proposition that lower excitonic symmetry in the phototreated dots (due to the …
selection rules in these dots. Therefore, the transitions from single excitonic states to the continuum …

… (Color online) Dynamics of the exciton lower state population at the acceptor dot of a
linear three dots array with varying V F d b ⁠. Inset (a) represents the reduction of the energy …

… water and oxygen, and 4) multiple exciton generation (MEG) with single-photon absorption
(… Constructing ZnO nanorod array photoelectrodes for highly efficient quantum dot sensitized …

… In particular, we consider dephasing of exciton pairs separated in energy by the bandgap
(E g ) and corresponding to the absorption and luminescence processes. We also investigate …

… originating from single and neutral excitons from InGaN QDs on top of … Our results reveal a
promising concept for generation of … emission from exciton complexes in GaN quantum dots. …

… Analysis of the data indicated that single photon generation of multiple excitons occurs on a
… multiple exciton production, the process has been referred to as multiple exciton generation (…