Graphene, as a reinforcement for composite materials, has become a focus recently.
However, the dispersion of graphene in composite materials is a problem that has been …

Carbon quantum dots (CQDs) have emerged as promising materials for optoelectronic
applications on account of carbon's intrinsic merits of high stability, low cost, and …

Carbon-based luminescent nanomaterials (CLNMs) have been progressively developed
and exhibit excellent performance in broad applications. However, the unclear formation …

The electronic structure and optical properties of hexagonal armchair and zigzag-edged
graphene quantum dots (GQDs) are investigated within the framework of many-body …

We explored the role of graphene quantum dots (GQDs) as co-sensitizers in hybrid dye
sensitized solar cell (DSSC) architectures, focusing on various concurring mechanisms …

Because of the advantages of tunability via size, shape, doping, and relatively low level of
loss and high extent of spatial confinement, graphene quantum dots (GQDs) are emerging …

We predict the existence of spontaneous spin and valley symmetry-broken states of
interacting massive Dirac Fermions in a gated bilayer graphene quantum dot based on the …

Here we describe an efficient numerical implementation of the Bethe-Salpeter equation to
obtain the excitonic spectrum of semiconductors. This is done on the electronic structure …

Understanding how symmetries encode optical polarization information into selection rules
in molecules and materials is important for their optoelectronic applications including …

In recent years there has been significant debate on whether the edge type of graphene
nanoflakes (GNFs) or graphene quantum dots (GQDs) are relevant for their electronic …