Highly Disordered Array of Silicon Nanowires for scalable and performing biosensing platform

 

Synthesis of Advanced Materials - Rome Unit

The activity of material synthesis at IMM Rome has two main objectives:

 

CORTICONIC

CORTICONIC is a European three years project. In particular, CORTICONIC belongs to Research Area: ICT-2011.9.11 FET Proactive; Neuro-Bio-Inspired Systems.

Corticonic, echoing electronics, consists of abstracting salient features of cortical organization for use in the simulation of the cortex executing higher level brain functions. Our final objective is to identify computational principles of the cerebral cortex underlying network dynamic patterns. In our long term vision, interfacing with the brain will take place:

Source: 
Rome UNIT

Flexible sensing systems based on polysilicon thin film transistors technology

Wearable electronics and pervasive ambient computing are two scenarios where largely distributed flexible sensors networks are expected to be heavily used.

WOCSDICE 2011

Date: 
2011-05-29 to 2011-06-01

The 35th Workshop on Compound Semiconductor Devices and Integrated Circuits (WOCSDICE 2011) was held in Catania from 29th  May to 1st June, 2011, organized by CNR-IMM.

The aim of the conference was to bring together internationally recognised researchers, young scientists and engineers to present state-of-the-art research findings in the areas of compound semiconductors, devices and integrated circuits.

Ultra-flexible Microelectrode Arrays for in vivo measurements

 

Wearable band equipped with nanostructured strain gauge sensors for biomedical applications

Human gesture monitoring has always been the focus of many academic studies in the biomedical and commercial field.

Tactile sensors fully integrated on ultra-thin polyimide substrates for robotic applications

In recent years, a variety of new touch sensing technologies using different materials and transduction methods have been introduced, giving rise to a series of tremendously improved designs of electronic skins suitable for humanoid robots.

Tactile sensors fully integrated on ultra-thin polyimide substrates for robotic applications

In recent years, a variety of new touch sensing technologies using different materials and transduction methods have been introduced, giving rise to a series of tremendously improved designs of electronic skins suitable for humanoid robots.

HeteroSiC - WASMPE 2009

Date: 
2009-05-06 to 2009-05-08

The third International Workshop on SiC hetero-epitaxy (HeteroSiC ’09) and at the third Workshop on Advanced Semiconductor Materials and devices for Power Electronics applications (WASMPE ’09) held jointly in Catania on 6-8 May, 2009, organized by CNR-IMM.

Pages