Microsystems for Analysis
- mica -
HEAD
Our team studies and develops microsystems dedicated to environmental analysis in liquid phase and gas phase, based on expertise in different transduction modes, on the shaping and integration of materials, and on the instrumental chain allowing the implementation of sensors.
Gas sensors
Development of gas micro-sensors, from single component to electronic nose.
Electrochemical sensors
Study of bio-electrochemical sensing schemes for environemental micro-analysis - from component to autonomous communicating system.
Frugal sensors
Frugal approaches to environmental measurement
Head
Scientific executive
Partnership guest
Latest publications
2025
Preprints, Working Papers, ...
2024
Journal articles
Conference papers
2023
Journal articles
Conference papers
Other documents
2022
Journal articles
Conference papers
Other documents
Proceedings
2021
Journal articles
Conference papers
2020
Journal articles
Conference papers
Patents
The research subjects treated within MICA are multi-disciplinary, and lead us to collaborate extensively with teams outside the laboratory, both for the development of new sensitive materials and for the application of sensors in their application environment.
Collaborative electrochemical sensor projects
- ANR BELUGA project (2020-2023): Multi-sensor disk laboratory for detecting the quality of drinking water.
- Region/Labex project (2021-2024): Pollutant sensors and algal blooms in seawater.
- CNES R&T project (2020-2025): Organic matter sensors on Mars.
Collaborative gas sensor projects
- ANR SensMOFair project (2022-2024): multi-sensors for monitoring outdoor pollution.
- BPI-France Quality air project (2021-2023): multi-sensors for monitoring indoor air quality in aircraft.
- SensODOR project (2021-2023): multi-sensors on drones for monitoring pollution around industrial sites.
- UFT MYP DIPOLair Region Project (2021-2023): NOx depollution by photocatalysis.
Frugal sensor collaborative projects
- FEDER Econect project (2019-2023): innovative and connected sensors – monitoring of ecosystems in the face of environmental changes. https://econect.cnrs.fr
- Project 80|PRIME OpenProbe (2021-2023): multiparameter probe for the coastal environment. https://miti.cnrs.fr/prime/openprobe/
- Equipex+ Terra Forma project (2022-2029): design and test the intelligent territorial observatory in the Anthropocene era. https://terra-forma-web.osug.fr
- Horizon EU IBAIA Project (2022-2026): multisensing for monitoring water bodies and assessing sanitation. https://ibaia.eu
Patents
- D. Faye, A. Buch, P. Ponthieux, V. Vivier, J. Launay, P. Bauer, K. Mougin, M. Keller: “Development of a chemical sensor for the detection of molecules of exobiological interest”, french patent CNES-SMC-P03-142, 2022
- G. Lemercier, F. Sekli-Belaïdi, E. Vanhove, S. Arbault, J.-E. Sarry, J. Launay, P. Temple-Boyer: «Tranducer for the monitoring of metabolic status of a biological entity», french patent n° PCT/FR2017/051867 déposée le 07 Juillet 2017
- E. Questel, A.M. Schmitt, C. Christophe, M. Comtat, P. Gros, J. Launay, P. Temple-Boyer: "Electrochemical device for determining antioxidant properties of the skin", french patent n° N°FR2952800, worldwide patent WO2011/064265
- P. Temple-Boyer, G. Sarrabayrouse, A. Martinez, J. Launay: "Amplifier device for voltage and/or impedance detector containing voltage control across the terminals and additional impedance in series", french patent n°FR2805889, european patent n°EP1259779, US patent 7009184, worldwide patent n°WO2001/065210
THESIS / HDR
2024
2023
2022
2021
2020
Aymen Sendi, Thèse: Nez électronique communicant pour le contrôle de la qualité de l'air intérieur
2019
2018
2017
2016
REJOINDRE
Notre équipe de recherche
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