Creativity is the ultimate characteristic of human intellect and expression, and it is
inextricably linked to art. Previous research works attempted to analyze and parameterize …

Dropwise condensation (DWC) is a phenomenon of common occurrence and significant
utility in nature and technology. In energy applications, sustenance of DWC and avoidance …

Patterned solid surfaces with wettability contrast can enhance liquid transport for
applications such as electronics thermal management, self-cleaning, and anti-icing …

Speckle patterns, arising from the interference of coherent wave fronts scattered by
disordered materials, serve as the basis for Optical Physical Unclonable Functions (Optical …

An advanced molecular dynamics (MD) model for Cr ion implantation of single-crystal iron
was proposed, and its effectiveness was verified through SRIM calculations. The model …

In this work, we use the basic ingredients of chaotic dynamics (stretching and folding of
phase space points) for the characterization of the complexity of microscopy images of rough …

In recent years, bottom-up nanofabrication techniques and especially solution-based ones
have gained significant popularity due to their relatively facile implementation, low-cost and …

Over the last decade various researchers have demonstrated optical transmission
enhancement for fused silica substrate surfaces using random antireflective structures …

Surface nanostructure organizational entropy and spectral antireflective functionality
relations have been recently suggested. They result from correlations between the onset of …

Random antireflective surface nanostructures (rARSS) enhance transmission by reducing
the electromagnetic impedance between optical indices across a boundary, serving as …