The energy transition in transport will largely be in favour of electric vehicles based on the progress of Li-ion batteries. More efficient storage solutions for electricity produced by intermittent sources are needed to regulate the electricity grid and to meet the time-lagged demand of generation. This requires specific specifications, cost and eco-compatibility, for societal acceptability.
Alternatives to conventional Li-ion batteries, some of which are sparse, few recycled with a potentially flammable electrolyte, need to be proposed quickly to limit the environmental impact of this technology. At the same time, the exploration of new energy production technologies must be encouraged to broaden the range of alternatives to fossil fuels.
The main objective is to propose new modes of energy production and storage, involving secure, inexpensive and environmentally friendly processes, working in particular around two sub-themes:
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 [...]
Montpellier will host the 10th Conference on Fundamentals and Developments of Fuel Cells and Electrolysers, which will take place from May 5 to 7, 2026. Abstracts can [...]
The Collège de France is hosting a seminar given by Kenneth Flores on Tuesday, September 16 at 11 a.m. in the Guillaume Budé amphitheater. Kenneth Flores’ research [...]
Open access courses, no registration required, subject to availability. The combination of climate change, the inherent limitations of natural resources, and the need for energy sovereignty requires [...]
You have until 11:59 pm on June 18 to register on the sciences conf website. The interaction between light and matter is fundamental for energy-related applications, as [...]
You have until May 10 to submit your poster abstracts and until May 26 to register! Bridging innovative material design with advancements in building science Energy consumption [...]
Introduction By Jean-Marie Tarascon, a renowned French chemist specialising in materials for energy, particularly batteries, and holder of the Chair of Solid State and Energy Chemistry at [...]
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 [...]
DIM MaTerRE will be present at the Science Festival 2024, taking place from October 4 to 13 with a booth at Versailles Saint Quentin University on October [...]
Discover the technological and scientific advances for tomorrow’s energy production, storage and distribution. Description The MOOC gives the fundamental concepts of the technologies involved in the energy transition. [...]
The MaTerRE DIM is supporting the “ Should new materials still be invented?” tribunal for future generations, an event organized by Lola Lilensten and Mathilde Laurent-Brocq and [...]
A unique event dedicated to Ile-de-France aqueous batteries actors in a friendly setting! The DIM MaTerRE organises its very first “Aqueous Batteries” Afterwork Networking. This meeting aims [...]
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 [...]
Don’t miss the series of courses and seminars dedicated to the solid battery and organised by Jean-Marie Tarascon, member of MaTerRE! Some seminars will be presented by [...]
Exploring the details of the energy transition, this is what the new exhibition at the Exploradôme museum, of which MaTerRE is a partner. Through this new exhibition, [...]
Students and young researchers, register now for our day of courses dedicated to aqueous batteries! The basics of electrochemistry applied to aqueous batteries materials will be taught [...]
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 [...]
Materials and Electrode/Electrolyte Interface Characterization to Develop Aqueous Rechargeable Ammonium Ion Batteries
Boosting high-resolution NMR of high- and low gamma nuclei in with dynamic nuclear polarization, for innovative materials and CO2 capture
Dynamic Treatment of Halide Perovskite Films upon their Synthesis for Efficient and Stable Solar Cells
Accelerated in-situ characterization of advanced materials for energy storage and transport by Raman spectroscopy
Flow NMR as a new in situ tool for studying interface processes in solution involving inorganic or hybrid materials
A glovebox system to study the massive electron-storage in polyoxometalate-based anolytes and to designlo HER electrocatalysts (GloBoPOMs)
Innovative composite photocatalysts, based on conjugated polymer nanostructure coupled with titanium or zinc oxide and MOFs, doped with non-noble metals in solution under pressure for photocatalytic green Hydrogen production
MOF electrosynthesis on 3D structured electrodes for a new generation of microsupercapacitors.
Probing solid/electrolyte interfaces with single-charge nano-fluidics
SmaRt mEchanofluorochromic Microfluidics: an advanced tool to detect mEchanical stress on Microalgae cells for an efficient Bio-Energy Recovery
Semiconducting Covalent Adaptable Networks as Interfacial and Charge Transporting Materials for Advanced Photovoltaics
a platform for the ElectroChemical SURFAce characterization of materials for a sustainable future
