recent funding

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PEPR/BATMAN Project
(2023 - )

The BATMAN project aims to incorporate artificial intelligence into the development of next-generation batteries. The work will focus more specifically on three objectives for which experiments alone cannot provide definitive answers: high-throughput screening of electrolytes optimized for next-generation batteries and materials for high-power devices, understanding the chemical reactions that occur at battery interfaces, and the development of digital twins to optimize battery manufacturing processes.
more info

HeatFlow

Heat transport in solids, beyond the classical approximation
(abstract)​
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ANR/AAPG2018 (ANR-18-CE30-0019)

MoveYourIon

How do ions move in self-assembled ionic structures? 
(abstract)
ANR/AAPG2019 (ANR-19-CE06/0025) 

closed

EoCoE-II

Energy oriented center of excellence: toward exascale for energy
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H2020-INFRAEDI-2018-2020
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EoCoE web site
Harvesting electricity from salinity or temperature gradient (Metalwalls). (abstract) 

ALIBABA

Analysis and multi-scale modelling of Li-ion batteries degradation for bottom-up lifetime assessment 
(abstract)

​ANR/PROGELEC (ANR-11-PRGE-0002)

FOCUS Program

​Multiscale battery simulation applied to electrode materials

(​abstract)

CILE

Mesoscopic computer simulation of confined ionic liquids for energy applications

​DSM Énergie funding