Making MoS2 anisotropic

Manipulating the anisotropy in 2D nanosheets is a promising way to tune or trigger functional properties at the nanoscale. Here Christian Martella et al.

Silicene Goes Multilayer

Starting from an international collaboration with the University of Texas at Austin and with the CNR-ISM, Carlo Grazianetti et al.

CHALLENGE: 3C-SiCHetero-epitaxiALLy grown on silicon compliancE substrates and new 3C-SiC substrates for sustaiNable wide-band-Gap powEr devices

Challenge is a HORIZON 2020 project financed under the NMBP (Nanotechnologies, advanced Materials, Biotechnology and Production) work programme that studies growth, processing and devices in cubic silicon carbide (3C-SiC).

3C-SiC technology can have a large impact on the future power device market and is particularly suited for implementation in hybrid electrical vehicles

Source: 
Catania HQ

FameLab Talking Science

Date: 
2017-02-21 to 2017-03-02

http://www.famelab-italy.it/
More info: /www.unict.it/it/ricerca/news/famelab-italia-2017-fa-tappa-catania

Air Max 2018 Dunk SB

CHALLENGE

PRESS RELEASE: Challenge - New power devices for electric vehicles kicked off!

 

Challenge project kicked off with a successful meeting on January 23 in Brussels.

Challenge is a HORIZON 2020 project financed under the NMBP (Nanotechnologies, advanced Materials, Biotechnology and Production) work programme that studies growth, processing and devices in cubic silicon carbide (3C-SiC).

Source: 
Catania HQ

New hot topic from Sub-Angstrom microscopy lab in Catania

Site-Selective Surface-Enhanced Raman Detection of Proteins

Abstract

SiC based sensor for UV radiation and low energy ions detection for healthcare, environmental, and nuclear physics applications

Monitoring of UV radiation and of its components UV-A and UV-B is of great interest for human healthcare.

Beyondnano microscopy lab. Center for Transmission Electron Microscopy

Head of the lab and contact person Giuseppe Nicotra

Founder Corrado Spinella

Beyondnano

The project beyond-nano is proposing the establishment of a research infrastructure seamlessly integrated with the best skills of southern Italy CNR’s structures in the field of advanced materials and nanotechnology. The structures involved are: Institute of Microelectronics and Microsystems of Catania , Institute of Nanoscience of Lecce , Institute for Chemical-Physical Processes of Cosenza, Institute of Chemistry and Technology of Polymers and the Institute for Composite and Biomedical Materials of Naples.

Source: 
Catania HQ

The molecular monolayer doping as an alternative to standard doping methods for semiconductors.

A comprehensive study on the physicochemical and electrical properties

of Si doped with the molecular doping method.

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