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processing (image analysis); (iv) the results will be used as input parameters for reactive transport modeling. Keywords: microfluidics, micro-model design, heterogeneous porous media, leaching, reactive
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to artifacts such as non specific absorption, parasitic reactions, or diffusion based resolution loss. In this project, we will design and control a surface modifcaiton process based on a double, photo
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cellular changes. Advanced imaging techniques, including structural and functional-MRI, developed by Dr. Emmanuel Barbier (GIN director), will be used to optimize rSynES and monitor neuronal changes over
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dynamics; Movement, reproduction, and mortality processes; Intervention scenarios. Parameterization and structuring of input data. Support for participatory modeling - Preparation of stakeholder workshops
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of single molecules using a temporal approach thanks to an original shaping of the illumination field. This paradigm shift in the process of localizing single molecules will enable us to gain a factor of 3 in
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of algorithmic processing, and bias management. In the field of cultural heritage, the rapid democratization of image and 3D content generators has led to the widespread circulation of visually appealing
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hypothesis is that seismicity serves as an observable proxy for the coupled processes linking deformation, permeability evolution, fluid circulation, and hydrogen generation. The strategy consists
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electroretinography) studies. The student will have access to in-house animal facility dedicated to the study of rhythmic processes (Chronobiotron, CNRS) including its equipments (electroretinography recording, light
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model coupling the geometry of the growing skeleton and the spatial organisation of the cytoskeleton. Profile and skills : - Image analysis and computer programming (Python, Fiji) - Confocal microscopy
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environment within the laboratory, including imaging and irradiation platforms (BioALTO, TWAC, Institut Curie Orsay, Institut Gustave Roussy), - data analysis and image processing tools (notably CPBM at ISMO