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News Release from: FEI | Subject: Electron microscopes and FIBs
Edited by the Laboratorytalk Editorial
Team on 20 December 2007
Developing tools for single-atom imaging
Ambitious research programme seeks to advance electron microscopes and focused ion beam systems (FIBs) so that the structure of materials can be made visible and processed at the single-atom scale
FEI and the Netherlands-based FOM foundation have announced a joint nanotechnology research project The goal of the industrial partnership programme (IPP) is to advance electron microscopes and focused ion beam systems (FIBs) so that the structure of materials can be made visible and processed at the single-atom scale
This article was originally published on Laboratorytalk on 8 Feb 2006 at 8.00am (UK)
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FOM-sponsored IPPs link leading academic and industrial physical research to realise specific commercial goals.
The ambitious research programme will have a two-fold focus.
The first is to advance and fully harness the potential that lies in existing electron microscopes and ion beam systems for a full range of applications in physics and biology.
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The second focus of the programme will include researching the interaction between electron beams, ion beams, laser light and matter.
This will result in much-needed fundamental innovations for future generations of microscopes and focused ion beam systems.
"Material processing at the atomic level is a primary emphasis at FEI and an area to which we devote extensive research," explains Frank de Jong, FEI's director of research and technology.
"However, beyond making structures visible, we need to make the transition from static to moving images.
"Five years from now, we want to be able not only to change an atomic structure but also to see it happening.
"This will require new breakthroughs in both knowledge and technology and the range of skills that this effort requires is vast.
"This cooperative effort with academic partners will bring the best resources available to the programme".
High expectations are currently being placed on nanotechnology discovery and development in terms of providing innovative solutions to a range of social challenges such as clean and renewable energy sources, water management, healthcare and food supply.
Continued breakthroughs in research and development need to be achieved in both science and industry if nanotechnology is to meet these expectations.
FOM and FEI believe that the results of the programme will benefit a wide range of industries including microelectronics, chemistry and catalysis, biosciences and pharmaceuticals, and the automotive industry.
The FOM-FEI research programme has a five-year term and a total budget of euro2.7million.
As well as providing financial input, FEI will also make a highly advanced focused ion beam (FIB) system available to project researchers.
The programme will run at TU Delft, TU Eindhoven, the FOM Institute Amolf and FEI laboratories in the Netherlands and the United States.
The Foundation for Fundamental Research on Matter (FOM) promotes fundamental physics research in the Netherlands.
FOM's activities serve the common good as well as the interests of higher education and industry.
With around one thousand employees and a turnover of euro80million, FOM carries out top research within four institutes and 180 working parties drawn from Dutch universities.
The FOM receives an annual budget of euro3 million for industrial partnership programmes. Request a free brochure from FEI ...
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