We report a method to locally deliver a chemical etchant at the nanoscale in the vapor phase
by capillary condensation forming a meniscus at the nanoparticle/substrate interface. The …

This letter describes the maskless fabrication of nanowells on a silicon substrate using
chemically reactive nanoparticles. The amidine-functionalized polystyrene latex (APSL) …

We propose an integrated top-down and bottom-up approach to single-step nanofabrication
of complex nanostructures made of different materials. The process, termed lithographically …

Materials can be fabricated using particles as building blocks. Particles from various
substances can thus be introduced into normally incompatible matrices, the unique …

Colloidal patterning enables the placement of a wide range of materials into prescribed
spatial arrangements, as required in a variety of applications, including micro-and nano …

We report a fast, high-throughput method to create size-tunable micro/nanoparticle clusters
via evaporative assembly in picoliter-scale droplets of particle suspension. Mediated by …

We demonstrate a direct capillary-driven method based on wetting and evaporation of
various suspensions to fabricate regular two-dimensional wires in an open microfluidic …

This study demonstrates a straightforward route for an assembly of colloidal nanoparticles
into a desired area in a patterned template, using an evaporation method. An alternative …

We have developed a fabrication methodology that relies on nanoimprint lithography (NIL),
wet etching (Buffered Oxide Etch solution) and plasma etching in an Inductively Coupled …

The development of nanodevices that exploit the unique properties of nanoparticles, will
require high-speed methods for patterning surfaces with nanoparticles over large areas and …