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" of the MMSB unit. He/she will contribute to the team's main research topic concerning the pneumococcal cell cycle. The team currently consists of 5 permanent staff (DR, CR and MC) and 4 non-permanent staff (M2
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properties through the manufacture of optoelectronic devices III-N are particularly interesting for applications in photonics. However, one of the main challenges is related to the quality of the material
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project brings together the TERMS and PARIS teams. On a scientific level, the post-doctoral research will contribute to advancing knowledge on the drivers that structure the international scientific
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consumption of logic gates, and developing efficient techniques for energy harvesting from vibrations. Main tasks: - Theoretical and experimental optimization of the resonator geometry - Optimization
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doctoral students. The project The primary goal of this project is to investigate the impacts of terrestrial freshwater and organic/inorganic matter fluxes delivered through rivers on the evolution
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for an anisotropic advection-diffusion equation Validation and convergence tests Study of conditioning as a function of the number of degrees of freedom and the degree of anisotropy Extension à des géométries non
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a collaborative environment and should demonstrate strong teamwork abilities as well as a high degree of autonomy. Website for additional job details https://emploi.cnrs.fr/Offres/CDD/UMR8023-GIOFUG
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contact: giovanni.calderini@cern.ch and bogdan.malaescu@cern.ch At least two letters of recommendation shall be sent to the addresses above. Website for additional job details https://emploi.cnrs.fr/Offres
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intramolecular vibrational Stark effects in order to characterize them and use them for conformational assignment purposes. This original study will mainly consist of performing gas-phase IR laser spectroscopy
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into the atmosphere if their use intensifies. It is therefore important to study the main degradation processes of these products upstream in order to verify whether they could have a negative impact on the environment