The development of highly sensitive, selective and multiplex sensors has become an
important challenge for disease diagnosis. In this study, we describe a multiplex biosensor …

The intrinsic dynamic interactions at the plasma-material interface and critical role of
irradiation-driven mechanisms at the atomic scale during exposure to energetic particles …

Non‐regular, device‐oriented structures can be directed to assemble on chemically
nanopatterned surfaces such that the density of features in the assembled pattern is …

New nanomanufacturing technologies, although still in research labs, present a great
opportunity to drastically reduce the cost of making nanostructures on a large scale and at …

The selective deposition of polymer thin films can be achieved via spin coating by
manipulating interfacial interactions. While this “spin dewetting” approach sometimes …

We report a facile technique for fabricating an ordered array of nearly equal-sized
mesoscale polymer droplets of two constituent polymers (polystyrene, PS and poly (methyl …

Substrate pattern guided self-organization of ultrathin and confined polymeric films on a
topographically patterned substrate is a useful approach for obtaining ordered meso and …

Thin films of an amorphous polymer, polystyrene (PS), and a crystalline polymer, poly (ε-
caprolactone)(PCL), blend were prepared by spin coating a toluene solution. Surface …

A model has been developed for the simulation of block copolymer (BCP) directed self-
assembly (DSA) based on a coarse grained polymer model that anneals using molecular …

Directed assembly of polymer blends using chemically heterogeneous patterns during spin-
coating can be used to produce nanopatterned polymer structures. Well-ordered …