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student town with a beautiful historic center, located about 10 km from the Mediterranean Sea. The PhD will be part of an advanced ERC project ('RegEvol', Thomas Lenormand), addressing novel ideas and
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student town with a beautiful historic center, located about 10 km from the Mediterranean Sea. The PhD will be part of an advanced ERC project ('RegEvol', Thomas Lenormand), addressing novel ideas and
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-et-fluides-… This work will be carried out as part of the European ERC 'CohPa' project, as part of a collaboration between the d'Alembert laboratory in Paris, the birthplace of the Basilisk software
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liquid environment. 1) Molecular Modeling - Study of interactions between MnO₂ and ionic liquids using Density Functional Theory (DFT) and Reactive Molecular Dynamics (ReaxFF). - Analysis of oxidation
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work within the GREMAN laboratory (UMR CNRS 7347), which has strong expertise in ferroelectric oxides (from their growth to their integration into devices, including their complete characterization), in
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methods for density and temperature in space plasmas, based on the use of electrical sensors, for use on future space missions. To carry out this space physics instrumental research project, the PhD student
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implantable biosensors that use backscattering to wirelessly transmit sensing data. The researcher will work in a stimulating and highly collaborative environment, alongside experts from an ERC-funded project
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collected during LHC runs 2 and 3 will be used for this analysis. The measurements will be interpreted in the context of an effective field theory (EFT). In parallel to this work, the candidate will be
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University research unit (UMR 6502, http://www.cnrs-imn.fr ), composed of more than 200 staff, including about 120 permanent and 80 PhD students and postdocs. The recruited PhD student will be part of
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mechanisms [1–3]. By leveraging conformal radiating structures and wavefront shaping methodologies, we have achieved unprecedented power delivery performance to deep-body bioelectronic devices, overcoming