Self-assembly offers unique possibilities for fabricating nanostructures, with different
morphologies and properties, typically from vapour or liquid phase precursors. Molecular …

Nanoscale electrodes have been a topic of intense research for many decades. Their
enhanced sensitivities, born out of an improved signal‐to‐noise ratio as electrode …

Textile based biosensors have garnered much interest in recent years. Devices woven out of
yarns have the ability to be incorporated into clothing and bandages. Most woven devices …

Immunosensors based on field-effect transistors with nanowire channels (NWFETs) provide
fast and real-time detection of a variety of biomarkers without the need for additional labels …

In this work we present a label-free, highly sensitive biosensors based on a silicon nanowire
field effect transistor (Si NW FET) for the detection of the cancer biomarker-thyroglobulin …

A CMOS compatible technique for fabricating a sensor system based on field-effect
transistors with a nanowire channel with an integrated thermoregulation elements is …

In this work, an automatic thermoregulation system for biosensors based on field-effect
transistors with a nanowire channel is demonstrated, providing full control and maintenance …

Here we present an original CMOS compatible technique for fabrication a sensor system
based on field-effect transistors with a nanowire channel and its application for the …

Here we present CMOS compatible fabrication methods and the results of an experimental
study of single-atom single-electron transistors made from silicon on insulator and based on …

Vertical silicon nano-pillars (Si N-Pls) inside the cylindrical trenches have been fabricated as
a prospective platform for the development of silicon nanowire based devices. Deep reactive …