Quelques projets


ANR 

  • Project « DEEPSENS »  - Financed by ANR PRCE (2023-2027) - "Demystifying the Electrode/Electrolyte interfaces via operando Piezoelectric SENSing"
  • Project « QUEENE »  - Financed by ANR JCJC (2022-2026) - "Quantitative analysis during surface pretreatment by coupling in situ elementally resolved electrochemistry and electrogravimetry"
  • Project « pHSELECT »  - Financed by ANR PRC (2023-2026) - "Local pH monitoring at the electrocatalyst surface for modulating products selectivity in denitrification"
  • Project « NORMAL »  - Financed by ANR PRC (2022-2026) - "NanoRaman for understanding electrocatalysis"
  • Project « CUBIC »  - Financed by ANR PRC (2021-2025) - "Cubic Molecular Switches as Thin-Films for Electronic Devices"
  • Project « PILAR »  - Financed by ANR PRC (2019-2024) - "Pillar[5]arenes for molecular machines"
  • Project « SPICS»  - Financed by ANR PRC (2019-2024) - "Smart Pillared Carbon Materials for Supercapacitors: from fundamental understanding of ion transport to device testing"
  • Project « MOVEYOURION»  - Financed by ANR PRC (2019-2024) - "How do ions move in self-assembled ionic structures?"
  • Project « HYUREA»  - Financed by ANR PRC (2019-2024) - "Photoassisted production of hydrogen from urea oxidation on nanostructured materials"
  • Project « DIMELEC»  - Financed by ANR PRC (2019-2023) - "Dispositifs microfluidiques intégrant des modules de capture, de relargage et de détection électrochimique matricielle de mi-ARN"
  • Project « FastGiant »  - Financed by ANR (2017-2020) - "Mécanisme de transfert d'électrons Ultrarapide dans les Polyrotaxanes géants"

LabExs

  • Project « BioCal » -  LabExs Matisse and Michem (2017) - "Caractérisation sur biopsies de calcifications associées aux pathologies rénalesAnalyse par techniques spectroscopiques Raman avancées"

Europe et International

  • Project « NITRATE »H2020-MSCA (Marie Skłodowska-Curie Actions)-IF (Individual Fellowships) (2019-2022)- "Nitrate Imbalance-control by TRAnsformative Technologies that are Electrochemically-driven"
  • Project « OHIO UNIVERSITY» (2019-2022) - "Understanding and using corrosion Inhibitors"