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position is part of the project entitled “Co-evolution between brain and dietary behaviours within the human lineage” (CPJ-HOMININES) and will be supervised by Amélie Beaudet at PALEVOPRIM (UMR 7262
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- Prevent, Intercept, Cure”). EpiCure is localized in Gustave Roussy, one of the top cancer research centers in Europe. It gathers 14 teams among which 4 relates to human science. The project is centered
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research environment of the Lyon-based CNRS research unit “Dynamique du Langage (DDL)”. One of its core missions is to carry out research on the variability of human languages, and their history. Like
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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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climate change and/or impacted by human activities linked to, e.g. the mining industry (3). Microbialites fix CO2 in organic and mineral form by their photosynthetic activity and favoring carbonate
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of radium, uranium and plutonium, whose isotope ratios in the environment are important indicators of human activity in the nuclear industry. Copper is also considered, where the quantification or separation
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skills in analytical chemistry, physical chemistry and photochemistry also enable us to accurately assess the structure/properties relationship of these reactive objects. This research is carried out in
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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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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
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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