ESA Contract AO/1-5288/06/NL/GLC on "High Reliability MEMS Redundancy Switch”

 

The objective of this activity was to demonstrate the applicability of European MEMS technology to high reliability RF redundancy switches for space applications. A breadboard of a MEMS Single Pole Double Thru (SPDT) redundancy switch shall has been designed, manufactured and tested while its long-term reliability has been assessed.

Source: 
Rome UNIT

Semiconductor Nanowires

Semiconducting nanowires will become important building blocks of the next generation of miniaturized devices.

Scanning Microwave Microscopy for Material and Life Sciences

The research and study of microwave signals and technology have a huge impact in the society, as they form the basis for communication, remote sensing and modern navigation systems. In addition, the microwave sources are the main sources of energy in the food industry.

Nanowire Week

Date: 
2017-05-29 to 2017-06-02

 

The Nanowire Week will take place in Lund, Sweden from May 29 – June 2, 2017. Nanowire Week is the merger of two well-established and highly successful annual workshops: NANOWIRES and the Nanowire Growth Workshop. Nanowire Week will cover all topics of nanowire-related research, from fabrication and fundamental properties to applications.

 

Advanced Technologies and Characterization Techniques for Microwave and Millimeter Waves Microsystems

 

High Frequency Devices and Sub-Systems for Ground and Space Applications

 

NanoEmbrace

NanoEmbrace (http://www.nanoembrace.eu/) is an ITN Marie Skłodowska-Curie project under the EU Framework Programme 7. 

To deliver the highest quality of training to young researchers, NanoEmbrace has identified the key research themes: controlled synthesis, theoretical modelling, characterisation of 1DNS and the integration of 1DNS into device fabrication

Source: 
Rome UNIT

Micro and nano fabrication - Rome Unit

 

Magneto-optical modulation for improved surface plasmon resonance sensors

DOI: 10.1117/2.1201608.006658

SPAM3

SPAM3 is a biennial national project developed at the MDM National Laboratory. The project is supported by the CARIPLO Foundation. The aim of SPAM3 is to develop efficient and cost effective methods and processes for the fabrication of magnetic tunnel junctions (MTJ) in which the magnetization reversal of the soft ferromagnetic (FM) electrode is guided by the spin transfer torque (STT) mechanism.

Source: 
Agrate UNIT

Pages