Results of the DIADEM 2024 call for proposals
This second DIADEM call for proposals aimed to promote the emergence and development of interdisciplinary research projects of a methodological nature designed to address two key themes:
- Accelerated discovery of innovative and sustainable materials for a Green Deal, upstream of applications for major transitions (towards carbon-free energy and transport, frugal digital technology, and the medicine of the future)
- Acceleration of the mastery of synthesis and shaping processes aimed at building or strengthening French technological sovereignty.
Following the evaluation process by an international jury external to DIADEM, 15 projects were selected for a total amount of €13.5 million.
These projects have introduced new themes to DIADEM: thermoelectricity with the GREENTEA project and spintronics with the MASKY project.
7
projects
have a theme that overlaps with other PEPRs: PEPR SPIN, H2, SPLEEN, TASE, and electronics
6
projects
intègrent des partenaires européens et/ou internationaux
2
projects
intègrent des partenaires industriels
-
Accelerated discovery of innovative and sustainable materials for a Green Deal
-
Acceleration of mastery of synthesis and shaping processes
- AI-MAHC: AI-guided discovery of MOF materials for autonomous humidity control
- AMMETIS: AI-assisted modeling of microstructure-driven mechanical properties—high-throughput and multiscale analyses
- CATANA-2: Cooperative modeling-experimental learning for the identification of catalysts for the synthesis and decomposition of NH3 at low temperatures
- COAST: Intermetallic Catalysts for a Sustainable Future
- COLLECTIF: Development of current collector materials in high-temperature electrolysis cells using high-throughput methods and artificial intelligence
- ExplorMat: Accelerated exploration of a chemical system for the discovery of new materials for photovoltaics and low-energy lighting
- GREENTEA: High-throughput generation through automatic learning of new thermoelectric sulfide alloys composed of abundant elements
- LUMEN: Understanding the structure of liquids for microstructure engineering with innovative upscaling assisted by artificial intelligence
- MASKY: Advanced materials for SKYrmion-based spintronics
- SYNEART: Artificial synapses and neurons based on ferroelectric relaxors: towards lower-power AI
- CINDERELLA: Control of metallic 3D printing using innovative laser sources, augmented digital models, and artificial intelligence
- CINEMA: Intelligent growth of new thin layers of improved functional oxides
- NanoPhiA: Understanding the formation of nanoparticles through physical means: Using AI to combine characterization, in-situ measurement, and simulation
- REBORN: Optimization and modeling of 2D h-BN epitaxy and its high-quality layered heterostructures using artificial intelligence
- SIMOICS: Simulation and Instrumentation for Multi-Objective Optimization using Artificial Intelligence – Cold Spray
-
Acceleration of mastery of synthesis and shaping processes
- CINDERELLA: Control of metallic 3D printing using innovative laser sources, augmented digital models, and artificial intelligence
- CINEMA: Intelligent growth of new thin layers of improved functional oxides
- NanoPhiA: Understanding the formation of nanoparticles through physical means: Using AI to combine characterization, in-situ measurement, and simulation
- REBORN: Optimization and modeling of 2D h-BN epitaxy and its high-quality layered heterostructures using artificial intelligence
- SIMOICS: Simulation and Instrumentation for Multi-Objective Optimization using Artificial Intelligence – Cold Spray