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Integration of nano-components


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Contact: Jean-Christophe Gabriel (jean-christophe.gabriel@cea.fr)

Nano-scale technology promises better sensors

After 25 years of developing micron-size microelectromechanical system (MEMS) devices for automotive, consumer electronics and biomedical uses, Leti is pioneering a new generation of even smaller, nanometer-scale nanoelectromechanical systems (NEMS).

Leti accelerated its NEMS program in 2007 by joining with the California Institute of Technology to form the Alliance for Nanosystems VLSI (very-large-scale integration). Last year, the alliance attracted five additional industrial partners – including Areva, Biomérieux, Leco and Total – as additional program sponsors.


Alliance researchers are focusing initially on developing nano-scale sensors that can detect very small traces of gas and liquid. Also under development are ultra-sensitive NEMS mass spectrometers that can detect and identify chemicals from samples as small as a single molecule.


Potential medical benefits

NEMS sensors could potentially help to detect chemical-warfare agents and other hazardous substances, and even provide doctors with new, non-invasive medical diagnosis tools. Researchers envision future sensors, for example, that could alert doctors to the early stages of lung cancer by detecting chemical markers associated with the disease on a patient’s breath.


LETI’s unique combination of design, process flow, material handling and manufacturing expertise, plus its state-of-the-art production and testing facilities, have made it a world leader in producing NEMS at a VLSI level.


More about Nanoworld: video

Highlights 2009


During 2009, Leti secured a European Research Council grant to validate several approaches to designing multiphysics VLSI nanosystems, including chemistry, gas, mechanical (NEMS) and electrical components.


We also inaugurated our fully automated gas traces test bench with gas chromatography mass spectrometry to provide highly accurate testing and analysis at parts-per-billion levels.

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