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GROUPE DE RECHERCHE : NAM6
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NAM6 Group

Le groupe Micro et Nano Systèmes (NAM6) développe une expertise de renommée internationale depuis de nombreuses années, principalement dans le domaine du micro-actionnement, des micro-capteurs, des dispositifs résonants et des principes de transduction. L’objectif principal du groupe NAM6 est de relever des défis pour établie un nouvel état​​ de l’art dans le domaine des micro-et nano- systèmes électromécaniques (MEMS et NEMS) en poursuivant une stratégie en trois volets:

  1. benefit from the synergy between the skills and know-how of the group members and the IEMN environment in applied physics, electronic components, scientific instrumentation, modeling, technological processes, micro-nano-fabrication, and electrical characterization
  2. define research orientations and objectives based on a pragmatic balance between technological and scientific considerations and application issues;
  3. address research themes ranging from fundamental understanding and physical modeling, to device fabrication and evaluation, to system integration and potential technology transfer.

Using IEMN's clean room technology, micro- and nano-manufacturing and machining technologies were used to explore and convert the physical effects and properties of materials into devices and microsystems for applications.

Main topics :

  1. Innovative Micro and Nanofabrication
  2. Gallium Nitride MEMS
  3. Probes for AFM microscopy based on MEMS with integrated transducers
  4. Probes for multimodal measurements
  5. Instrumentation combining RF, MEMS and near field
  6. MEMS formicrowave optomechanics
NAM6 Poster
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    • Group : CSAM
      • Low-energy devices for healthcare
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    • Group : SUBLAMBDA
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    • Group : EPIPHY
      • Team members
        • Clément Barbot
        • Corentin Sthioul
        • Eric Faulques
        • Naveed Stegamat
        • Niels Chapuis
        • Walter BATISTA PESSOA
        • Konstantinos Papatryfonos
        • Konstantinos Papatryfonos
        • Ludovic DESPLANQUE
        • Wijden KHELIFI
        • Jawad HADID
        • Djamila HOURLIER
        • Dominique VIGNAUD
        • Xavier WALLART
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    • Group : NCM
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        • bilel-hafsi
        • david-guerin
        • dominique-vuillaume
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        • stephane-lenfant
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    • Group : OPTO
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    • Group : PHOTONIQUE THz
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        • Stefano BARBIERI
        • Fuanki BAVEDILA
        • Maximilien BILLET
        • Sara BRETIN
        • Yann DESMET
        • Guillaume DUCOURNAU
        • Kevin FROBERGER
        • Cybelle GONCALVES
        • Michael HAKL
        • Tomáš HORÁK
        • Jean-François LAMPIN
        • Quyang LIN
        • Sergey MITRYUKOVSKIY
        • Romain PERETTI
        • Emilien PEYTAVIT
        • Oleksandr STEPANENKO
        • Joan TURUT
        • Mathias VANWOLLEGHEM
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    • Group : PUISSANCE
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      • Members
        • Marie LESECQ
        • Nicolas DEFRANCE
        • Jean-Claude DE JAEGER
        • Christophe GAQUIÈRE
      • Research
        • AlGaN/GaN HEMT thermal modeling and characterization
        • Measurement above 110GHz
        • Modelling of GaN-HEMT for high efficiency power converters
        • Nanoribbon-channel AlGaN/GaN HEMTs
        • New technological routes to improve thermal managements in GaN HEMTs
        • Power performance at 40GHz of AlGaN/GaN HEMTs on silicon substrate
        • Temperature monitoring of operating AlGaN/GaN HEMTs
    • Group: WIND
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      • MAMIMOSA
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