Post-doctoral offer – LCMCP / LIPESC
LCMCP is looking for a post-doctoral researcher in physico-chemistry of soft matter or functional materials to work on the LIPESC project, funded by the DIM MaTerRE.
Architecture engineering of materials at different scales
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:
- Processes by foaming, footprint or freezing.
- Numerical modeling and artificial intelligence, enabling better understanding and multi-scale analysis of materials structure.
Articles et publications
Post-doctoral position
The ITODYS laboratory, a member of MaTerRE, is looking for a postdoctoral fellow in catalysis and physico-chemistry to work on the CATHY project, funded by the DIM [...]
Thesis offer – PIMM
Cyrille Sollogoub, member of the DIM steering committee, and Sébastien Roland, leader of the CoMiX project funded by MaTerRE, are looking for a physicist or physico-chemist candidate [...]
Postdoctorate – ICMPE
The ICMPE is looking for a post-doc in polymer chemistry and/or MOFs to work on the PuriPFAS project, funded by the DIM MaTerRE!
Technology Transfer
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 [...]
Applications open
On the run
Projets
CATHY
metal CATalysts for HYdrogenative depolymerisation: comparison of molecular complexes and nanoparticles
MODELGUIDE
Multiscale modeling of electrical and electrochemical processes in Gas Diffusion Photocathodes for advanc d CO2 conversion
MOF-3D-microCAP
MOF electrosynthesis on 3D structured electrodes for a new generation of microsupercapacitors.
Recycling 2.0
Solid-state recycling of aluminum alloys, an innovative process for enhanced sustainability
