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We want to find out your views regarding the field of nanoelectronics in the EU. Send us your message!


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NewsFP7 ICT Funding

Call 8 opened on 20 July 2011 and closed on 17 January 2012.

A detailed description on what we are looking for can be found under Objective ICT-2011.3.1 from the WorkProgramme 2011-2012.

NewsHIGHLIGHTS

EU funded scholarshipsfor PhD students in micro/nanoelectronics. 

 

R&D ACCESS - Access to research results on semiconductor design

A first version of the RD-ACCESS platform is now operational. During 2012 the data structure will be verified and optimised in order to provide easy access to all semiconductor design results of European projects (FP7).

Horizon 2020 was launched on 30 November 2011. Nearly €6 billion to be invested in Key Enabling Technologies (KETs).

Feature Story: Microchips for the mobile information age

Feature Story: Faster transistors drive better safety and security.

Study on the Effectiveness of European Nanoelectronics R&D programmes in developing value chains is now available.


Ongoing study on Benefits and measures to set up 450 mm semiconductor prototyping and to keep semiconductor manufacturing in Europe.

 

Nanoelectronics Research on European level


 

WELCOME TO NANOELECTRONICS  


ite-031.jpgThe smallest thing your eye can see might be a silk fibre. Imagine something thousand times smaller and you have reached the mysterious realm of the "nanoworld" where billions of electronic devices can be produced in the space of just a few square millimetres.
 
When combined with powerful and reliable software, these miniature electronic devices can deliver new services for improving our daily lives. Nanoelectronics allow for instance:
  • more powerful and smarter electronic devices
  • smart cities including safe and sustainable mobility
  • enhanced healthcare and new health applications e.g. predictive medicine

The European Commission realises that investing in nanoelectronics today is investing in future innovation. Therefore, we concentrate on promoting research and innovation in various fields of nanoelectronics like manufacturing, technology, design and others.

 

NANOELECTRONICS, A KEY ENABLING TECHNOLOGY

 
The main driving force behind the development of ICT goods are the Key Enabling Technologies (KETs), i.e.  nanotechnology, micro- and nanoelectronics including semiconductors, advanced materials, biotechnology and photonics
 
In the context of KETs, the European scientific knowledge needs to be more strongly pushed to convert into industrially exploited products. We want to improve the innovation flow by closing the gap between advanced research and industrial needs.