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Field
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electronic properties of two-dimensional (2D) semiconductor materials, making them particularly attractive for applications such as catalysis and micro/nanoelectronics, for instance for the development
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temperature and pressure conditions close to engine operation. A detailed kinetic mechanism will be developed during this thesis to represent these results. This mechanism will be integrated to the mechanisms
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. The microbiology platform and the CBO team at CERMAV are developing a biotechnological approach for protein glycosylation based on bacterial metabolic engineering of E. coli. In this context
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mutagenesis. The goal will be to develop a series of nanobodies specific to certain subtypes of brain nicotinic receptors, to characterize their functional effect on the receptors, and to identify their binding
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psychology or educational sciences with a theoretical focus on social psychology is therefore desirable. In terms of research, you will be required to develop work in line with LIP/PC2S's activities and more
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using wall oscillations, relating small-scale turbulence to heat transport, modelling large-scale outer flow effects, and developing low-order heat transfer models. Partnerships with industry will
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person will be in charge of developing aspects of the Malinca project and its applications to the study of reasoning in mathematical texts. The activity will follow a unique research project to be defined
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in more than 95% of cases by mutations in the MECP2 gene. After initial normal development, patients regress between 6 and 18 months, losing their motor and communication skills. Although re-expression
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to widen the use of III-Vs in the industry and not only to serve niche applications. This relies on our ability to develop low-cost and eco-friendly deposition methods for growing high quality UWBG thin
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the germ line, the host has developed specific pathways to regulate TE expression, ensuring that their transposition remains compatible with the preservation of genome integrity, which will be passed