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.

ICSCRM 2015

Date: 
2015-10-04 to 2015-10-09

The International Conference on Silicon Carbide and Related Materials (ICSCRM) is the most important technical conference series in the world for electronics devices technology based on silicon carbide (SiC) and related materials. A series of ICSCRM started at Washington, D.C. in 1987. After five conferences in USA, ICSCRM has been held every two years in USA, Europe, and Japan under the International Steering Committee. The last editions were held in Nürnberg, Germany (2009), Cleveland, USA (2011) and Miyazaki, Japan (2013).

Large Area Electronics – Theoretical Modelling

 

Organic Large Area Electronics

Organic electronics is an emerging technology that promises to cover a wide range of applications exploiting the intrinsic characteristics of the organic materials: low temperature process, flexibility, biocompatibility and even the biodegradability.

COSMIC - Complementary Organic Semiconductors and Metal Integrated Circuits

 

Source: 
Rome UNIT

MOS-QUITO --- MOS-based Quantum Information TechnOlogy

This is a research and Innovation Action of the Eu Horizon 2020 Programme

 

In this project, CMOS technology will be exploited to fabricate nanodevices to implement and benchmark different architectures of quantum bits (qubits) based on spin degree of freedom at cryogenic temperatures. The goal of the project is the identification of the most suitable physical qubit architecture in terms of scalability and to fabricate the first CMOS-based qubit in a reliable manner to pave the way to the development of a solid-state quantum computer.

Source: 
Agrate UNIT
22 Sep

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Inductively plasma deposition for advanced applications

We exploit the capabilities of plasma to produce advanced materials for several applications ranging from solar cells to advanced nanostructured materials to be integrated in state of the art devices.

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