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foundations, algorithmic methods, and applications in diverse fields such as industry, healthcare, transportation, and intelligent systems. This research focuses on devising innovative strategies for evaluating
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expertise in structural studies of thin-film materials using transmission electron microscopy. The team is also developing original methods for polymer orientation using high-temperature mechanical brushing
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-insulator transitions, etc. The second area includes activities relating to "nanoscience" in the broadest sense. These are approached from the perspective of fundamental properties, when the dimensions
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are considered a key ingredient in the complex mechanisms of solar wind generation. Solar jets, very commonly observed phenomena in the solar atmosphere and occurring over a wide range of spatial and temporal
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relative near-absence near Earth orbit and beyond, SBs are considered a key ingredient in the complex mechanisms of solar wind generation. Solar jets, very commonly observed phenomena in the solar atmosphere
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encapsidation. In parallel, the Nano-DMS-MaP method will be used to assess the impact of m6A on RNA structure. In a second part, the PhD student will study the impact of HIV-1 infection on the host cell's
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numerical simulations using a GRMHD-PIC technique, which allows to track VHE ions on the fly. These simulations will be supplemented by cutting-edge analytical methods for injecting particles onto the grid
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of quantum technologies and materials synthesis. Dynamism and determination are essential for success in this research. Techniques and Methods The project will involve a multidisciplinary approach combining