Rational design of metal-free multifunctional therapeutic reagents offers great opportunities
for cancer treatment in the clinic. Here, graphitic carbon nitride (g-C3N4) quantum dots …

Fluorescent nanomaterials have long been recognized as essential contributors to the
advancement of material technologies. Over the years, the rapid expansion in this massive …

Laser-induced microscale reactions are an excellent means to obtain controllable, small-
scale insights into nanomaterial properties. Importantly, the opportunity for a comprehensive …

A hybrid three-dimensional network structure was composed by the electrostatic-driven self-
assembly via sol-gel method, which contained antimony-doped tin oxide (ATO) particles and …

Abstract Silver nanoparticles (Ag NPs) have attracted extensive research interest in
bioimaging and biosensing due to their unique surface plasmon resonance. However, the …

We present a novel form of Ag 2 MoO 4-based hybrid nanowire (NW) with a few remarkable
attributes. Firstly, the NW is embedded and decorated with Ag NPs. Secondly, carbon atoms …

With their special hierarchical fractal and highly symmetric formation, silver dendrites have a
large surface area and plentiful active sites at edges, which have allowed them to exhibit …

Scanning focused laser beams incident on nanomaterials have provided a nondestructive
and facile technique to fabricate micropatterns of a wide variety of hybrid materials …

We report a functional hybrid made of silver nanoparticles (AgNPs) embedded in an
amorphous aluminium oxide (alumina) film. This laser-initiated process allows formation of …

We report for the first time the ability to direct and control the migration path of silver
nanoparticles across graphene oxide (GO). With the help of a focused laser beam, we …