… of appropriate energy (a process we call multiple exciton generation (MEG)). We note that in
… and QD arrays in novel quantum dot PV cells, where multiple exciton generation from single …

… in semiconductor nanocrystals to produce third generation quantum dot (QD) solar cells that
… based on semiconductor quantum dots and quan tum dot arrays that could lead to ultrahigh …

… in electronically-coupled QD arrays very rapidly (femtosecond … in QD arrays first require
dissociation of thermalized excitons in … instantaneously upon photon absorption in the QD array. …

… efficient in highly confined quantum dots than other forms of … (ie, exciton) production in
semiconductor quantum dots (QDs)… MEG in QDs, MEG in QD arrays that can be used in QD solar …

… of 1-D arrays ( Figure 2 (C) and (D)) to investigate the efficiency of adjacent QD bi-exciton
generation vs. generation of a bi-exciton localised on the same QD with subsequent inter QD …

… to study charge carrier generation and transport within quantum dot arrays and films. … dot
solar cells and exciton and charge carrier dynamics in quantum dots and coupled quantum dot …

… Arrays of various cubic and spherical PbTe and Pbs quantum … exist as excitons. Therefore,
we label the formation of multiple excitons in quantum dots multiple exciton generation (MEG); …

… (defined as the number of excitons produced per additional bandgap of energy … excitons
Multiple Exciton Generation (MEG); free carriers can only form upon dissociation of the excitons …

… Bohr exciton radius. In the quantum confined regime, generation of more than one exciton
from a single high energy photon is termed MEG to underline the confined, quasi-excitonic (ie …

… , we studied multiple exciton generation (MEG) in quantum dots (QDs) consisting of either
PbSe… we discuss the interplay between a size-dependent MEG rate versus hot exciton cooling. …