Institut Charles Sadron Membre

EDITORIAL ACTIVITY

Associate editor in Frontiers in Electronic Materials.

2023 Journal of Materials Chemistry lectureship runners-up - Advisory board of JMMC

ON GOING PROJECTS

• IdEx 2024 "Recherche exploratoire" (01/2025 - 12/2026): Towards the structure resolution of PEDOT:PSS using cryo-TEM image reconstruction, molecular dynamics and X-RAY scattering.
  

• Carnot MICA (01/2025-12/2025) in collaboration with ICube and ICPEES (Unistra) : 'Development of an ultra-sensitive ammonia sensor based on porous conductive layers.'
  

• ANR PRC ASTICO (01/2025 - 12/28) in collaboration with LPPI (CY Cergy Paris University) : " All-Solid-state Thermo-Ionic superCapacitOrs"

• ITI HIFUNMAT seed project (Oct 2022-Oct 2023): «Towards innovative hierarchical MOF composites for thermoelectric applications» (COMPOMOF).

•  ANR JCJC BODYTEG Project (01/2020-02/2024): «Harvesting body heat using polymer aerogels thermoelectric generators to power wearable devices»

Abstract: What if body heat could power wearable devices, medical monitors and watches with ultralight, cheap and flexible thermoelectric devices? BODYTEG project aims at taking advantage of the very low thermal conductivity of aerogels made of highly conducting polymers to elaborate new thermoelectric generators. On this basis, BODYTEG has accordingly four main objectives: i) producing both p- and n-type conductive polymer aerogels (CPAs) with controlled morphology, ii) taking benefit of the porous network to decrease the thermal conductivity of the CPAs, iii) maintaining good mechanical and electrical properties of the aerogel, iv) correlate the structure of the CPAs with their electrical and thermal properties. Ultimately this 42 months project aims to thermoelectric devices with a figure of merit larger by at least one order of magnitude than the present state of the art. Their performances should allow them to power the wearable sensors used in outdoor activities or in medical diagnostic.