Free‐standing 2D nanoassemblies are ultrathin nanomembranes or nanosheets
constructed from constituent nanoscale building blocks including metal nanoparticles …

Nowadays, polyelectrolytes play an essential role in the development of new materials.
Their use allows creating new properties of materials and surfaces and vary them in a wide …

In this article, highly sensitive differential pressure sensors based on free‐standing
membranes of cross‐linked gold nanoparticles are demonstrated. The nanoparticle …

Shell‐isolated nanostructures, consisting of an inert shell and a plasmonic core, have
recently been intensively explored for biosensing, catalysis, and nanoelectronics …

We designed, produced and characterized new capacitive strain sensors based on colloidal
gold nanoparticles. The active area of these sensors, made up of a 1 mm2 close-packed …

We report the results of cross-linking of two-dimensional gold nanoparticle (Au-NP)
assemblies at the air–water interface in situ. We introduce an aqueous soluble ruthenium …

Composite materials of organically stabilized or cross-linked metal nanoparticles represent
a versatile material class with manifold potential applications. Numerous studies explored …

We report a novel approach for the detection of volatile compounds employing
electrostatically driven drumhead resonators as sensing elements. The resonators are …

Plasmoelectronics is a fast developing field driven by the combination of charge transport
and surface plasmons in metal nanostructures. In this paper, we report on theoretical and …

Freestanding nanoassemblies represent a new class of functional materials with highly
responsive optical, electrical, and mechanical properties. Hence, they are well-suited for …