Today, digital technology is an essential part of materials research – and research in general. It provides a better understanding of the phenomena and properties of materials related to their structure while reducing the costs of designing new materials, thanks to high-throughput calculation for example. Developing intensive numerical methods to accelerate the design of environmentally responsible materials involves:
These techniques will make it possible to design materials at different scales, but also to model their size, their manufacturing method or the molecular interactions in their structure.
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 [...]
The Region supports scientific employment linked to the needs of businesses by co-funding PhD grants involving an academic laboratory and a socio-economic partner. For what type of [...]
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 [...]
The DIADEM, NumPEx and AI PEPRs are organizing an inter-PEPR workshop on the theme “When AI and HPC meet materials science” on November 18, 2024 from 8:30 [...]
The Île de France Region launches the call for proposals “Research Platforms – SESAME FEDER”! This call aims to support, develop and create structuring equipment, such as [...]
The PrPhD 2024 call for projects is open until 12 March 2024! An informational webinar is organised on 13 february. ELIGIBILITY Launched by the Île-De-France Region, the [...]
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 [...]
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
