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involve selecting various event topologies to constrain background and perform detailed study of double-beta decays. GEANT4-based simulations will be used with the software FALAISE developed by SuperNEMO
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software, analytical platform, chemistry and microbiology laboratories. **Main contacts (CNRS internal and external network):** JH Renault (ICMR), Véronique Eparvier (ICSN), Maria Halabalaki (NPMC, Athens
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applied to thermomechanics, together with some prior research or practical experience in this field. Experience with finite element software such as Abaqus will be considered a strong advantage. Candidates
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field) and ground-based (radio) data - Use of various software codes: (i) radio emission simulation code, (ii) solar wind propagation code. - Development of software (preferably in Python) for data
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computer, virtual data storage, and access to software tools for specialized data analysis (e.g., Cryo-EM data, crystallography, etc.). Structural microbiology: Exopolysaccharide secretion and host
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Discrete Element Method (DEM) software GranOO. Expected Outcomes The digital twin approach will be validated against experimental results through the comparison of: (i) thermomechanical properties such as
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of numerical models to study acoustic and optical interactions in metasurfaces, using in-house codes and COMSOL Multiphysics software. 2. Geometry and Material Optimization: Systematic exploration of structural
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be carried out in collaboration with Jérôme Chanut, the lead developer of the NEMO model's numerical core at Mercator Ocean International. The NEMO Research & Development team at LOCEAN investigates