… -photoluminescence mapscan of the patterned sample for which the signal is recorded at
300 K and integrated between 2.5 and 4.5 eV. Spatially resolved micro-photoluminescence …

… based on colloidal semiconductor quantum dots (QDs) and … analysis of the QD
photoluminescence quenching in QD-… well as the solvent and the spatial displacement of …

… for small enough quantum dots into the regime of quantum … method of spatially correlated
single-molecule fluorescence … the two peaks in self-assembled nanoplates. By designing small …

… Hybrid structures containing Ag nanoparticles and GeSi quantum dots were developed … a
strained semiconductor structure. The enhanced photoluminescence from GeSi quantum dots (…

… In what follows we will give a brief overview of the growth of semiconductor self-assembled
QDs and discuss how coupling of multiple dots is achieved through novel growth techniques …

… luminescent organic molecules, individually and in the aggregated forms. Highly ordered
superstructures of quantum dots… with organic molecules and inorganic quantum dots, in view of …

… (QDs), this chemical approach through self-assembled … To support this hypothesis, we
measure the fluorescence … Our observations suggest that the same spatial selectivity can be …

… quantum dots (QDs) by means of non-resonant energy and time-resolved photoluminescence
… of blue-shift is automatically assigned to indirect spatial alignment, the so-called type-II, …

… Self-assembled semiconductor quantum dots face … and spatial nucleation position due to
the self-assembled nature of … dependent micro-photoluminescence measurements on SCMs …

… determined by energy dispersive x-ray spectroscopy (EDXS), whereas the latter was deduced
by analyzing photoluminescence (PL… confirmed from spatially resolved CL measurements. …