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and technicians) specialized in all the major fields required to design, develop and implement the instruments required for its scientific activities: mechanics, electronics, computer science
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are looking for a motivated and dynamic student with solid knowledge in completed: ........, and a strong interest in inflammation-related topics and associated molecular mechanisms. Further information about
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at elucidating the neural mechanisms underlying behavioral flexibility during decision-making. The study will focus on rodents and will seek to understand how internal states, such as stress, modulate the activity
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the expected mechanical performance. This thesis project has a highly exploratory and innovative nature, which will be used to ensure successful communication, dissemination, and promotion of the project's
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and cosmology, with a strong technological focus on electronics, mechanics, instrumentation and computing, enabling the design and construction of cutting-edge detection systems, often called upon
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understand the assembly mechanisms. The catalytic properties of these composites will then be investigated. Ultimately, if these materials demonstrate high performance in terms of yield, selectivity and
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at both the national and international levels in the field of mechanics and materials. The LMPS is organized into four main research teams (around 50 members each). The PhD work will be conducted within
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) of the Toulouse Institute of Fluid Mechanics, as part of the ERC HYROPE project (Synergy Grant). This project is in collaboration with 3 European partners (ETHZ, NTNU, TU Darmstadt) and concerns the fundamental
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PhD on 2D quantum photonics : towards neuromorphic applications with 2D ferroelectrics materials M/F
unraveling the mechanisms governing domain dynamics, such as flipping and domain wall propagation—central to the emerging physics of sliding ferroelectricity. The ultimate ambition is to develop a strategy to
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the supercurrent which appears when the TI is connected to superconducting electrodes. Our project aims at investigating the poorly understood dynamics of helical edge states, determining their relaxation mechanisms