CSEM SA leads a European consortium in revolutionizing infrared chemical sensing
The European Union has awarded a grant of 2.8 million Euro to the project PLAISIR (Plasmonic Innovative Sensing in the Infrared) which started 1st January 2010 and will run for three years. The goals of the project are to create ultra-sensitive chemical sensors and smarter, cheaper infrared (IR) photodetectors; these will have a significant impact on the marketplace.
Calculation of light going through a very small slit in a nano-structured metal film
CSEM
IR technology is starting to flourish in areas from health and the environment through to security and chemical process control. In particular, the mid-IR is also the key region for finger-printing molecules and proteins, so any advances in mid-IR detectors are of fundamental importance.
To identify a specific molecule, spectroscopic chemical sensing (SCS) is used. SCS systems have yet to benefit from recent developments in optical telecommunications and nanotechnology. The goal of the PLAISIR project is to use these developments to enhance SCS systems to help in the detection of CO2, a critical factor in global warming, and glucose, a key diagnostic marker for diabetes in an aging population. In addition, the same advances in technology will help us to develop better IR cameras.
The key to improving both mid-IR detectors and SCS is nanotechnology, which has the ability to confine and control light at both wavelength and sub-wavelength scales through a phenomenon known as plasmonics. While European know-how in plasmonics is amongst the best in the world, it is only now attracting the attention of the SMEs who are dynamic in the mid-IR market. CSEM will be playing a key role in coordinating and facilitating technology transfer between the SMEs and the academic partners.
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Topic world Sensor technology
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