Monolayers of self-assembled quasi-spherical colloidal particles are essential building
blocks in the field of materials science and engineering. More typically, they are used as a …

Controlled motion of artificial nanomotors in biological environments, such as blood, can
lead to fascinating biomedical applications, ranging from targeted drug delivery to …

Colloidal particles of spherical shape are important building blocks for nanotechnological
applications. Materials with tailored physical properties can be directly synthesized from self …

There is considerable interest in powering and maneuvering nanostructures remotely in
fluidic media using noninvasive fuel-free methods, for which small homogeneous magnetic …

The field of micromotors has been growing exponentially with increased emphasis on
biomedical applications, with various in vivo demonstrations of targeted drug delivery …

We develop nano-bridged nanosphere lithography (NB-NSL), a modification to the widely
used conventional nanosphere lithography (NSL). Nano-bridges between polystyrene (PS) …

Nanosphere lithography, a low‐cost fabrication technique, depends on the self‐assembly of
nanoscale features to create nanostructures in a hexagonally close‐packed structure. In this …

In this study, 3-octylthiophene (3OT) and its nanocomposites with TiO2 (3OT/TiO2) were
electrochemically synthesized in different initial monomer concentrations (50, 75, 100, and …

Nanopatterned substrates have wide-ranging applications in fields stretching from the
semiconductor industry to biomaterials. To improve the performance of these end-products …

Artificial micro and nano machines have been envisioned and demonstrated as potential
candidates for variety of applications, ranging from targeted drug or gene delivery, cell …