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into the band gap of semiconductors. By thermal excitation, the electrons can then cross the band gap thanks to these new states which act as bridges reducing the energy necessary for crossing. The macroscopic
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understanding of these complex brain functions, an integrated multi-scale approach is pursued in both animal and human models, covering many facets in the field of integrative, cognitive, and clinical
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institutes for Humanities & Social Sciences, Ecology & Environment, and Earth & Space. He/she will be required to travel for the collection of materials mentioned in the thesis subject and for training stays
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by the Human Resources Department. Spintronic exploits spin in addition to the charge of current carriers. It is born from the discovery of giant magnetoresistance in metallic multi-layers and enables
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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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.). Skills for process simulation coupled with experimentation and an interest in food applications would also be strong points. Human qualities, dynamism and a certain autonomy, associated with a spirit of
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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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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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will work on theoretical projects within team 11 of LPENS, in collaboration with Claire Wyart's experimental group at the ICM. Motivation: Life-threatening cues such as a sting in the foot cause
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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