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2023 : une année avec l’ANR
Retrouvez les événements qui ont marqué l’année 2023 à l’ANR. Nouvelles collaborations, célébrations, inaugurations de chaires industrielles, lancements de PEPR, engagements de l’ANR, actualités de la recherche, ou encore événements science et société : une rétrospective à parcourir en images.
211At/64Cu labeled bivalent hapten in a two steps targetting approach (Affinity Enhancement System) – aRIT/ßPET
The use of antibodies to target cancerous cells with radioactivity can be considered as a «magical« tool for both radiotherapy and imaging. However, its clinical application faces many technological pitfalls we'll try to challenge.
2D & 3D Laser-writing of directed self-organized sol-gel systems : towards robust complex hierarchical metal-oxide nanoarchitectures – LEGO
In the LEGO project, we propose a new approach to realize the fabrication of 2D and 3D metal oxide structures, from solutions, using direct laser writing, layer by layer, without thermal post-processi
2D Heterostructures for Energy COnversion – 2DHECO
Recovery of wasted heat is a major societal concern in this century focusing important research efforts. Research on new thermoelectric (TE) devices and materials to improve energy conversion is highl
2D UV spectroscopy: A new tool for the investigation of ultrafast processes in biomolecules – Femto-2DNA
Femtosecond two-dimensional electronic spectroscopy (2DES) is a novel nonlinear optics technique holding promises to track the interactions in a multichromophoric systems with unprecedented time and s
2D and 3D electrical tomography: Corrosion diagnosis of reinforced cement-based materials – EL-TORO
EL-TORO aims at developing a novel reliable and modular multi-electrodes device for the non-destructive monitoring and diagnosis of Reinforced Cement-based (RC) structures. The device will provide 2D/
2D functional MX2-graphenes – 2Dfun
The 948 has produced many exciting and valuable results so far. One of the main obstacles for real uptake in the industry however is the lack of scalable processes for making large area, high quality
2D heteroepitaxial BN/ epigraphene /SiC films for electronics – BONNEG
2D heteroepitaxial BN/ epigraphene /SiC films for electronics
2D magnetic memories: scalable growth and hybrid electrical operation – MNEMOSYN
MNEMOSYN will develop and optimize techniques to grow large-scale two-dimensional (2D) magnetic materials, co-integrated with strong spin-orbit coupling materials, graphene and 2D ferroelectrics in hi