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understanding of how these elements behave during the differentiation of early planetary bodies and assess their distribution in the protoplanetary disk. The results will provide key insights into the origin and
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in stabilizing ND surfaces. Collaborating with WP3 and WP5 to refine experimental protocols based on computational insights, ensuring alignment between theoretical predictions and practical catalyst
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of the project MESSENGER: « Can rock-powered Microbial EcoSyStEms provide valuable iNsiGhts into early life and its emERgence? » funded by the PEPR ORIGINS (https://pepr-origins.fr/en/ ) and integration
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with other histone PTMs. This work will provide atomic-scale insights into oxidative chromatin regulation and open perspectives for understanding redox-dependent epigenetic mechanisms and future
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the magnetospheric and planetary orbiters of BepiColombo, and comparing with numerical simulations, the project aims to provide completely new and critical insights into Mercury's magnetospheric ion dynamics. 1
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insights into parasite biology • Collaborate with other lab members on interdisciplinary projects to enhance our understanding of malaria biology • Mentor and train graduate and undergraduate students in