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combines in situ thermodynamic measurements during synthesis with atomic-resolution Transmission Electron Microscopy (TEM) to provide precise structural characterization at the nanoscale. These experimental
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rare-earth molecular complexes, and to carry out their structural and physicochemical characterization. A key objective will be to establish relationships between chemical composition, crystal
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. • Establish structure–property relationships between molecular architecture and bond-exchange dynamics. • Optimize formulations to simultaneously improve mechanical performance and recyclability
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. Compared to molecular systems, CLCs are slow, tunable, and accessible to imaging and single-particle tracking, enabling direct observation of their dynamics. They thus serve both as versatile model systems
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. More details and relevant bibliography: https://sdrive.cnrs.fr/s/eDrkeXfjdWSF77Z ; Toulouse International Welcome Desk: https://welcomedesk.univ-toulouse.fr/en Cognitive control allows us to keep
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retro-foreland sedimentary basin and the spatial distribution of potential reservoirs. This PostDoc position is part of the PEPR « sous-sol, bien commun » project IDYLLE (Impact of Lithosphere Dynamics