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through porous structures. The candidate will use 3D printing tools to reproduce natural porous architectures (rocks, fractures, vessels, membranes) and image scalar transport using novel tomography
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address several crucial aspects of the architecture of the envisaged systems: - Type of nanocubes: particular attention will be paid to the diversity of types of nanocubes obtained chemically, starting with
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will be deleted. Thanks to these treatments, autonomy capabilities can be improved in real time. For the fusion architecture, preference will be given to a distributed architecture. In this case
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an important role in combining information from differently specialized modules to perform more complex tasks. In artificial networks, recent studies demonstrated that modular architectures could lead to
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the design stage. The main objective here is to develop approaches in which molecular chemistry (LCC) and nanotechnology (LAAS-CNRS) are combined to produce micro/nano-scale architectures in which
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of data and extremely high operational complexity which make the use of supercomputers inevitable. Following recent technological developments, the architecture of high performance computers is becoming
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4 May 2024 Job Information Organisation/Company CNRS Department Transitions énergétiques et environnementales Research Field Geography Architecture Sociology Researcher Profile First Stage
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capacitors (FeCap) and transistors (FeFET, FemFET) are among the best technological options to overcome the bottleneck of classical computing architectures. Indeed, the main advantage of non-volatile emerging
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gathered in a learning base. The elementary reactions between the virtual species do not represent real chemical processes but form a mathematical architecture designed to reproduce user-defined targets
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manipulat giant lipid vesicles with diverse architectures for motility, reconfiguration and signaling under external stimuli. We will develop signaling mechanisms through the integration and actuation