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approaches to avoid costly design and fabrication cycles for the optimization of these circuits are possible, in particular the use of Look-Up-Table (LUT)-based techniques that exploit the characterization
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silicate melts. The sub-sequent missions will be decided with the candidate. The candidate will use internally heated pressure vessels, piston-cylinders, multi-anvil and diamond-anvil presses plus many
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the different strategies they use to increase their copy number without compromising the integrity of the germline. To do this, we have developed a Drosophila melanogaster line that allows us to induce the
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automorphism groups of certain triangulated categories. Artin–Tits groups are classical objects in group theory and remain poorly understood. The categorical approaches we will use were introduced by Khovanov
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lack experimental apparatuses (i.e. tribometers) that are able to measure mechanical signals and induced vibrations when a human finger or hand interacts with such materials. Second, we do not understand
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plasticity. We will explore the mechanisms by which new neurons integrate into the maternal olfactory bulb without disrupting the balance of existing circuits. Activities: The student will use various
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, biogenesis, dynamics and its mechanism of action. The PhD student will use approaches of biochemistry, biophysics, molecular biology, proximity labeling, structural biology and fluorescence microscopy. Where
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of isolated clones using biochemical, biophysical and imaging methods. Engineering of protein tools using chemical or genetic methods for use in a cellular environment. Validation of tools in cellular models
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candidate will use the 'Phase_Field' code developed within the GPM UMR 6634 modeling team. - Writing of scientific publications. GPM (Materials Physics Group, UMR CNRS 6634) is organized in 5 departments
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these phages. The candidate (M/F) will aim to characterize the molecular and dynamic parameters of filamentous phage infection, mainly using the E. coli bacterial model. To do this, the candidate will combine