High aspect ratio microdisplay and thin optical component for glass-like AR devices

Improving surface acousto-optical interaction by high aspect ratio electrodes

Bio-nanotextured high aspect ratio micropillar arrays for high surface area energy storage devices

This paper presents fabrication and characterization of bio-nanotextured hierarchical nickel oxide (NiO) supercapacitor electrodes. The hierarchical electrode structure is created through self-assembly of Tobacco mosaic viruses (TMVs) on high aspect-ratio micropillar arrays. Enhanced assembly of the bio-nanoparticles was achieved by increasing TMV solution accessibility into the deep microcavit...

Thin Component Model A lightweight component model for small devices

This paper describes the Thin Component Model (TCM), a small and lightweight model for use in devices with limited resources. TCM components have properties, provide and require interfaces and are configurable via XML data. We explain the component definition and specification, it’s lifecycle, and the TCM environment. Using TCM components can help to build better structured systems, which are e...

Metal-Enhanced Fluorescence from Silver Nanowires with High Aspect Ratio on Glass Slides for Biosensing Applications

High enhancement of fluorescence emission, improved fluorophore photostability, and significant reduction of fluorescence lifetimes have been obtained from high aspect ratio (>100) silver (Ag) nanowires. These quantities are found to depend on the surface loading of Ag nanowires on glass slides, where the enhancement of fluorescence emission increases with the density of nanowires. The surface ...

Low resistivity metal silicide nanowires with extraordinarily high aspect ratio for future nanoelectronic devices.

One crucial challenge for the integrated circuit devices to go beyond the current technology has been to find the appropriate contact and interconnect materials. NiSi has been commonly used in the 45 nm devices mainly because it possesses the lowest resistivity among all metal silicides. However, for devices of even smaller dimension, its stability at processing temperature is in doubt. In this...