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composite (ii) design and optimization of the process to assemble both catholyte and full cells. A strong effort will be put on optimizing elaboration protocol of the materials to insure monitoring
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existing defects or malfunctions in networks, but also to better understand the factors likely to cause them. Particular attention will be given to integrating contextual information related to the urban
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, enabling the isolation of centrifugal instabilities. These techniques will rely on biased emissive cathodes to control the plasma potential profile and drive strong azimuthal flows, as demonstrated in a
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compare the two approaches (traditional surveys and eDNA) in terms of detected richness, sensitivity, cost, and sampling effort, and to assess their complementarity for long-term monitoring of cross-border
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. Using reducible oxides (such as TiO2 and CeO2) and metal–oxide interfaces as model systems, we will investigate how the fundamental movement of an electron directly drives physical distortion and the
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long history of conflicts and internal struggles within the Olympic movement (Guéry & Martinache, 2023). However, the emergence of the Enhanced Games constitutes an unprecedented rupture, as this event
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to align neuromorphic algorithms with the physical constraints of the target hardware. This hardware–software co design effort will involve: • Deepening and extending NSS-related machine learning and
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complementary components, respectively related to digital sciences and to the humanities and social sciences. This dual conceptual foundation aims precisely to move beyond a simple juxtaposition of disciplines