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challenging. The objective of this PhD is to develop a predictive modeling framework that explicitly links multiscale physical mechanisms to macroscopic responses. The work will follow a multiscale and
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or aggravate the development of intestinal and respiratory diseases such as chronic intestinal colitis and fibrosis, asthma, pulmonary fibrosis, and chronic obstructive pulmonary disease (COPD
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on the second part of the project and will consist in using heterogeneous catalysts developed by the first PhD student in the oxidation of cellulose to determine the best catalysts formulations, along with
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allow for the refinement of the spatio-temporal monitoring of hydrological phenomena and support the development of more responsive and adapted management strategies. Risk management is thus part of a
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a controlled spatial periodicity and tunable disorder landscapes, our experimental system can be driven across regimes ranging from linear-wave dynamics to solitonic states and fully developed