Tietoja työnantajasta
Linking fundamental research to applications within our fields of expertise. Multidisciplinary research unit with more than 300 members at the junction of physics, chemistry and microelectronics, IM2NP masters a large spectrum of competencies that allows relying numerous fundamental aspects to applications in the field of advanced materials, of integrated electronics and nanosciences.
Main key-objectives:
Linking fundamental research to applications within our fields of expertise.
Five main directions:
. Revealing nanostructures: Build, visualize, probe
. Elaboration and modelling of functional nanomaterials and nano-devices
. Transformation and growth of materials at different scales (from nm to mm)
. Specific environments: detection, characterisation, signal processing and reliability
. From the emerging device to eco-energetics systems.
Key application sectors: energies (photovoltaic, thermoelectricity, nuclear fission/fusion), safety & defence (high level reliability, signal, stealth), health (E-health), transport (aeronautical, spatial), communication (IOT, RFID), environment (detection, catalysis)
Main facts:
- Research Unit IM2NP: Institute Materials Microelectronics Nanosciences of Provence (UMR 7334)
- Tutorships: CNRS, Aix-Marseille University and University of Toulon - Convention with ISEN-Toulon
- 3 joint laboratories with CEA-Cadarache (LIMMEX), STMicroelectronics (REER) and Naval Group (LTSIM)
- Overall workforce: 300 people (140 Researchers, Prof. & Assist. Prof., 40 Engineers & Technicians, 120 PhD students)
- Scientific production: 170 peer-review papers / year
- 240 funded collaborative projects conducted between 2010 and 2015, more than 200 active scientific collaborations.