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the supervision of Pierre Wagner (professor at Paris 1 Panthéon-Sorbonne University). The postdoctoral researcher will contribute to the objectives of the AxDef project, which focuses on definitions and in
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of analyses while ensuring proper data storage and tracking 4) Description: - Behavioral electrophysiology - Optogenetics and chemogenetics - Behavioral analyses in mice - Data analysis - Reporting
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of colloidal particles with self-propulsion in three dimensions. The objectives are to (i) synthesise 3d active particles and (ii) self-assemble 3d active structures from these particles. Activities - Active
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the reproducibility and robustness of quantitative MRI maps across multiple clinical MRI platforms (1.5 T and 3.0 T – Siemens, GE, Philips) using test objects (phantoms). - Coordinate MRI acquisitions on a cohort of
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. Objectives: -Determine the heterogeneity of cytoplasmic crowding in a population of cells and whether it correlates with an antifungal drug tolerance. -Determine the link between intracellular antifungal drug
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, or nanophotonics. • Demonstrated track record of research excellence through publications and/or conference presentations. • Proficiency in data analysis and scientific programming (Python or similar). • Excellent
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has seen the most innovation, and currently, objects of different sizes (from micrometres to several metres) can be produced. The aim of the research project will be to develop medical devices using
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- Experience in computer programming, if possible object-oriented (ideally C++) - Experience in modeling complex chemical systems, and/or in mathematical/computational analysis of multistable dynamical systems
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additional modification. This phenomenon gives rise to out-of-plane ferroelectric domains. The goal of this postdoctoral position is to optically detect, track, and ultimately control the ferroelectric state
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research problems in chemistry (ANR TcPredictor project) and to the study of materials under pressure, in particular superconducting hydrides; implementation of a multi-objective Tc-energy approach