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scenarios, including thermal analysis. EM and thermal analysis will be performed on human models of increasing complexity accounting for the interindividual variability (skin thickness, humidity
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systems, which mimic human brain functionality, utilize components such as memristors to emulate synapses. These systems represent a promising avenue to reduce the energy footprint of AI technologies
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Embodied Intelligence for a flexible, agile robot Most existing robots are rigid, heavy and dangerous. Ecological issues and the need to interact with humans are increasingly driving the need for robots
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sciences and humanities, the use of biographical surveys to gather life histories has become widespread. However, while the collection of biographical data using a paper form in the specific Ageven (for Age
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emitted by human activity is one of the solutions needed to limit climate change. The aim of this thesis is to develop new CO2 capture processes using Hollow Fiber Membrane Contactors (HFMC). We
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construction of "consensus" receptors that summarize all the properties of human olfactory receptors, allowing us to publish the first structure of an olfactory receptor this year. The project will focus
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synaptic depolarization, in connection with its dendritic localization. We will study this mutation using a newly developed mouse model in which one of the mutations identified in humans has been introduced
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linked to the context of the disease and gender [5], few studies have been able to exhaustively and objectively quantify these motor disorders in humans, and particularly in children. Some studies have
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. Unlike man-made materials, natural materials (e.g. wood and the exoskeleton of arthropods) are generally multi-component (nano-) composites often possessing sophisticated superstructures that were
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of the world's leading research institutions. To meet the major challenges of today and tomorrow, its scientists explore life, matter, the Universe and the workings of human society. Internationally recognized