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), and the PhD student will be involved in several collaborative projects. During the second year of the thesis project, the work will be carried out in close collaboration with our colleagues
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of spectral diffusion on the optical linewidths will be rigorously characterized, along with the photo-dynamics of the individual emitters under optical resonant excitation. The second goal will be
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on microfluidic experiments using micro-fabricated porous media, which will be supplemented by reactive flow experiments on columns of granular material to validate or identify the limitations of the 2D approach
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effects, such as 2D/3D propagation and beam speckle patterns, which remain largely unexplored because they require significant simulation capabilities. This thesis aims to conduct a systematic kinetic
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of emerging quantum networks. In the last few years, color centers in the 2D material hexagonal boron nitride (hBN) have established them-selves as excellent quantum emitters, bringing new perspectives
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characterisation platform to relate the observed dynamics to leaf anatomy. The second part will focus on developing biomimetic microfluidic devices that reproduce the main hydraulic properties of leaves under
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at their first meeting with the Thesis Monitoring Committee (CST in French), before being able to go out into the field. - Second year: Fieldwork year in Brazil. Minimum duration of fieldwork in the country: 12
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possible to link these observations to the physical components of the network despite uncertainties and missing data. The second stage will aim to integrate all available information into a common knowledge
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or precursor anomalies and the extraction of relevant signatures indicative of an emerging fault, before the onset of significant performance degradation or system failure. A second challenge involves diagnosing
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will be developed in close interaction with a second PhD project in research-creation hosted at LLA-CREATIS, fostering a continuous dialogue between science and design. The PhD will be carried out