In order to optimize the performance and functionality of materials, the study of the architecture of materials on several scales is essential. From the molecular scale to the scale of the object, the design and multi-scale study of materials is a promising field, but which now encounters an obstacle: to produce structures at higher scales. These techniques involve understanding the coupling between the molecular assembly and the deformation or flow of the material.
Will be preferred the studies around:
IMPORTANT: the link to submit your projects is: https://materre-2026-1.sciencescall.org You have until january 2026 to apply to the DIM MaTerRE’s Allowances 2026 call for projects! Co-financing is [...]
IMPORTANT: the link to submit your projects is: https://materre-2025-1.sciencescall.org Please note: If your project involves a structure from the socio-economic world and includes a digital dimension on [...]
DIM maTerRE supports the 52nd National Colloquium of the Groupe Français des Polymères, to be held from November 19 to 22, 2024 on Sorbonne University’s Cordeliers campus. [...]
Submit your technology transfert project all year round! The call for proposals Technology Transfer on the run of the DIM MaTerRE is intended for any project with [...]
metal CATalysts for HYdrogenative depolymerisation: comparison of molecular complexes and nanoparticles
Instrumentation device for the identification and characterization of heat transfer modes in bio-based and recycled-based insulating materials
Multiscale modeling of electrical and electrochemical processes in Gas Diffusion Photocathodes for advanc d CO2 conversion
MOF electrosynthesis on 3D structured electrodes for a new generation of microsupercapacitors.
Nano-characterization of polymer-polymer interfaces: toward a betterunderstanding of multinanolayer polymers and upcycling mixed plastics
Solid-state recycling of aluminum alloys, an innovative process for enhanced sustainability
