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of the thesis. The CEMHTI - CNRS laboratory (UPR 3079) is offering a thesis topic in the numerical modeling of electromagnetic waves in heterogeneous media. This topic aims to understand how textural parameters
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to different study dimensions (language, speaker, speaking style, etc.), as does sociology, which uses it to model media bias, for example. In recent years, interdisciplinary studies have emerged that combine
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; https://clear.cnrs.fr ,) and the GREYC Laboratoire de recherche en sciences du numérique https://www.greyc.fr/ located in Caen (Normandy). The LCS has built its reputation on the preparation of porous
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preserved in ophiolites. Of these, the one that seems to work in general is the mush-silicate liquid reaction (also known as the liquid-rock reaction), which occurs a priori in a reactive porous flow through
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includes a first stage of encapsulation. The kinetics of release in biological media will be monitored by HPLC. In addition, a study on skin explants is planned to monitor the diffusion of nanoparticles
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nonlinear waves in anisotropic media. The isotropy of the system will emerge either from external sources (forcing) or might be intrinsic to the waves due to the physics of the problem. The main questions
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for Molecular Biophysics (CBM), in a team specialized in skin biology, and the Research Group in the Energetics of Ionized Media (GREMI), specialized in the study of cold plasmas for biological applications, and
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waves in geophysical media. The main question to understand is how well the non-linear wave systems are described by the respective wave kinetic equations (WKEs). The secondary, but equally important