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formation machinery (Grey, Baudat, de Massy 2018). Interestingly, in organisms, where PRDM9 is absent, or in mutant mice for PRDM9, DSBs still form, but they localize at functional genomic elements (FE) such
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materials. The resulting properties will be evaluated at different scales, including for applications in (opto)electronics and catalysis. This work will aim to deepen the fundamental understanding of defect
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materials, heterogeneous catalysis, and the study of structure–property–performance relationships. The candidate will benefit from a stimulating research environment at the crossroads of material synthesis
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and operando gas-assisted Environmental Transmission Electron Microscopy experiments to the investigation of gallium doped zeolites under realistic conditions of functioning, in the framework of a
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from fossil fuels. Yet, many industrial and transport applications still rely on combustion due to their need for high energy densities and thermal processes. Electrofuels (e-fuels), produced from
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in biomedicine and catalysis. Thanks to the synergy between disciplines as diverse as synthesis, spectroscopy and theory, the PhD students will be able to develop an understanding of chirality
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in biomedicine and catalysis. Thanks to the synergy between disciplines as diverse as synthesis, spectroscopy and theory, the PhD students will be able to develop an understanding of chirality
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, and knowledge engineering, with applications in knowledge capitalization, recommendation systems, and the design of narrative virtual environments. This PhD project aims to explore the use of Mixed
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this context, deep eutectic solvents (DES) appear to be a more sustainable alternative: low volatility, increased stability, high flash points, and promising performance. However, their use is still emerging and
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(OTFTs) provide advantages in terms of low-cost fabrication and compatibility with flexible substrates. However, their commercial integration remains limited due to insufficient performance and stability