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launched as part of the ANR OCEANLINKS project [Bound by Seas and the Ocean: Coastal Anchoring and Networks of the International Scientific Community]. Within this project, the postdoc will contribute
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National Centre for Scientific Research (CNRS). LIRMM's research activities place it at the very heart of the information, communication, and systems sciences and technologies. Its work is carried out within
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bridges the gap between tradition and modernity by innovating in the development of high-tech ceramics that meet novel industrial and societal challenges (energy, information and communication technology
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work focused on extending methods for detecting the pose of an object (possibly occluded, even if only partially) held by a person to 360-degree robot vision, in line with mesh detection and
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writing skills - Knowledge of 20th century history (Europe) - Methods and tools in data production (in-depth knowledge) - Professional environment and networks (general knowledge) - Cartography skills
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launched as part of the ANR OCEANLINKS project [Bound by Seas and the Ocean: Coastal Anchoring and Networks of the International Scientific Community]. Within this project, the postdoc will contribute
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observations. Selected candidate(s) will be in close interaction with the vast network of platforms available across the Montpellier community, for metabolomics and other cutting-edge approaches. The recruited
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observations. Selected candidate(s) will be in close interaction with the vast network of platforms available across the Montpellier community, for metabolomics and other cutting-edge approaches. The recruited
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the synthesis of the nanowires and their assembly into networks (by soft chemistry), while the synthesis of the matrix (CVD deposition) will mainly be carried out by a PhD student already recruited
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products (luxury goods, chemicals, medicines...) and to secure protocols in communication networks. Plasmonic PUFs rely on random deposition of many nanoparticles with a high degree of stochasticity in