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environments. We will use phylogenetic analyses to trace the evolution of viviparity across different phylogenetic groups of nematodes. We also aim to determine whether extremophilic nematodes have evolved
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on a synchrotron with submicrometric spatial resolution. Spectroscopic data on As, Bi and W will be collected in order to determine their local coordination environment and oxidation state. In order to
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to extract various bioactive compounds that could be used in a broad range of application fields such as pharmaceuticals, cosmetics, green chemistry, agriculture … The demonstrator uses the principle
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studies at the sub-angstrom scale of heterostructures based on NbN in order to quickly determine the optimal conditions for obtaining the best heterostructures, not only for interfacial relationships, but
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temporally. Environmental sciences draw on a wide range of disciplines, including human and social sciences, life and earth sciences as well as the sciences of matter. All fields that can be used to describe
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biology approach and experimental evolution in fission yeast, we recently demonstrated that the initial volume of a cell can be a determinant of its evolutionary trajectory in challenging conditions. Indeed
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the Gordon and Betty Moore Foundation as part of the Symbiosis Model Systems Solicitation (grant #9322). The main objective of the tasks within this scope of recruitment is to develop and/or validate different
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extending to high-frequency telecommunications beyond 6G. Unlike visible or near-infrared optics in optical telecommunications, very few active optical elements are currently available in this spectral range