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Field
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to ensure that the conditions are met for inducing optically controlled chemical crosslinking. • Characterizing the evolution of the assembly following light excitation to highlight the photochemical
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of these genetic systems and their applications to the development of novel tools to study and control bacteria, with a specific focus on bacteria of the microbiome. The successful candidate will be able to define
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compositions (carbon, metal alloys, oxides, clays, polymers). The laboratory develops and characterizes these materials, seeking to understand and control their architecture (structure, organization
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focused on deep-phenotyping of individuals with autism and controls including brain imaging (MRI, fMRI, DTI and EEG) and a battery of cognitive tests. Our group is currently developing new methods
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alignment, assembly control and synchronization of components - characterization of the setup performances - preparation of test and biological samples, data acquisition, data analysis - communication (with
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controlling heat, fluid, and gas transfers on the formation of resources such as natural hydrogen. This issue will be re-evaluated in the Aquitaine Basin and the northern Pyrenees. This postdoctoral project
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highly motivated post-doc to finalize a research project on the molecular mechanisms of gene control in bacteria. The person to be recruited will study the transcriptional control of gene expression in
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to light, which opens new avenues for probing and controlling the properties of matter. Recent experimental advances have demonstrated the ability to couple mesoscopic systems—such as quantum dots and
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fluids, from sample preparation and enrichment strategies through targeted MS acquisition to data analysis and quality control. You will explore and benchmark different workflows on state-of-the-art
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dynamics of neural oscillations involved in human cognitive control. We are looking for highly motivated, independent and enthusiastic candidates with a background in cognitive neuroscience, neuroscience