Graphene, a two dimensional monoatomic thick building block of a carbon allotrope, has
emerged as an exotic material of the 21st century, and received world-wide attention due to …

The deposition of nanoparticles from solution onto solid substrates is a diverse subfield of
current nanoscience research. Complex physical and chemical processes underpin the self …

We investigate transport in weakly coupled metal nanoparticle arrays, focusing on the
regime where tunneling is competing with strong single electron charging effects. This …

Dilute concentrations of cellulose nanocrystal solutions were spin coated onto different
substrates to investigate the effect of the substrate on the nanocrystal submonolayers. Three …

Multilevel self-assembly involving small structured groups of nano-particles provides new
routes to development of functional materials with a sophisticated architecture. Apart from …

Ordered arrays of centimeter-long nanoparticle wires are fabricated by convective self-
assembly from aqueous suspensions of 18 nm gold colloids, on flat SiO2/Si substrates …

Map** the assembled patterns of nanoparticles onto networks (mathematical graphs)
provides a way for quantitative analysis of the structure effects on the physical properties of …

Understanding the electron transport in disordered assemblies of weakly coupled nano-
sized metal clusters is important for many applications. Here, we investigate experimentally …

We investigate the structural evolution of reduced graphene oxide (RGO) sheets with carbon
sp2 fractions varying from 55 to 80% using low-temperature Coulomb blockade (CB) …

Cooperative self-assembly is a ubiquitous phenomenon found in natural systems which is
used for designing nanostructured materials with new functional features. Its origin and …