Eurostars : Looking for R&D performing SMEs from for application of optical molecular spectroscopy to real-time detection of molecules for multiple applications
Sensitive and non intrusive gas detection finds an increasing number of applications from biomedical diagnosis to atmospheric sensing via agrifood quality A French University technology transfer company is looking for R&D performing SMEs to conduct a Eurostars project under a research cooperation agreement to develop real-time monitoring or molecules detection devices using a new optical molecular spectroscopy technology.
Technical Specification or Expertise Sought
1° The R&D performing SMEs sought should be active in the field of gas monitoring or diagnostic devices in one of the above field. 2° It should comply with the Eurostars definition of R&D performing SMEs, that is : First comply with the EC definition of an SME. In addition, it must also meet the thresholds for dedicated R&D FTEs or turnover set by EUREKA. SMEs with a headcount of 100 FTE employees or fewer must: •have at least 5.0 FTEs dedicated to R&D activities •or dedicate at least 10.00% of their FTE to R&D activities •or dedicate at least 10.00% of their turnover to R&D activities. SMEs with a headcount of more than 100 FTE employees: •have at least 10.0 FTEs dedicated to R&D activities •or dedicate at least 10.00% of their FTE to R&D activities •or dedicate at least 10.00% of their turnover to R&D activities. 3° Preferably, the SME should be interested to lead the project
Type : SMEs according to the EC definition and complying with the R&D performing definition of the Eurostars programme Role : Developping diagnostic or monitoring devices based on gas sensing in sectors like healthcare, agrifood and environment
A French academic laboratory has developed a new technology for optical molecular spectroscopy used in molecule detection through gas sensing, combining advanced concepts of optical telecommunications and supercontinuum photonics for the generation of so-called “dual-combs”. Frequency agile lasers have brought real technology advances for fast spectral measurements through frequency “combs” originating from pulses emitted by ultrafast lasers. Laser frequency combs open up new opportunities for precise multiplex and multichannel spectroscopy with resolved individual comb lines. However, current techniques have several drawbacks. Serial time-encoded spectroscopy have a limited precision while dual-comb spectroscopy have a reduced dynamic range. This is the reason why these techniques have very limited commercial or industrial applications so far. The present research has allowed to eliminate these drawbacks with the introduction of two mutually coherent frequency-agile frequency combs. Indeed two frequency combs of slightly different repetition frequencies are generated by a frequency-agile laser diode. The two pulse train are amplified and they are launched for spectral broadening into a non linear optical fiber of high normal dispersion. This technology provides a real breakthrough allowing a very fast spectrum acquisition (within a few microseconds to a few milliseconds), with high resolution and sensitivity. Several molecules can be detected simultaneously. The immediate application is the real-time detection of molecules which paves the way for the development of a new generation of diagnostic devices for physical, chemical, medical, biological as well as industrial applications. The technology transfer company of this French university lab has patented the technology and is now aiming at developing industrial applications with companies. It is already working with a German research institute which has developed a complementary technology as well as with a French company in the field of photonics. Together they are willing to set up a collaborative research & development project under the Eurostars programme involving SMEs in order to develop devices using this technology for real-time monitoring applications. Among the range of applications : - Healthcare : diagnostic of diseases through a real-time analysis of breath - Agri-food : diagnostic of quality or maturity of plants - Environment : diagnostic of exhaust gas from vehicles They are now looking for one or two R&D performing SMEs active in these industrial sectors and developing gas sensors or detectors, one of them agreeing to take the lead of the project as coordinator.
Advantages and innovations
- Fast real-time measurements - Increased accuracy through the ability to simultaneously measure multiple components with a single device - Increased discrimination: distinguishes molecular constituents with close signatures
Proposal under development
Intellectual Property Rights (IPR)
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