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by the challenges of assessing its performance under dynamic loads, particularly in seismic areas, which complicates its insurance and certification. The project aims to design testing devices
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services. Between 2026 and 2027, approximately 3600 sensors (covering ~72 m² of silicon surface) will be installed and tested in a dedicated facility at IPHC. The laboratory is responsible for building and
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for high-precision, dynamic biomechanical testing. This includes:* improving actuation control (speed and smoothness of motion),* ensuring synchronization with imaging systems (e.g., micro-CT, OCT
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data from measurement and observation networks, as well as snow testing protocols, to provide access to a larger, harmonized information system on both sides of the border; Mutual training and
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of squares hierarchies to prove positivity of holonomic functions - Scientific article writing - Attending conferences - Software programming LAAS CNRS Where to apply Website https://emploi.cnrs.fr/Candidat
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to preserve the internal charge and handle the output signal of the RE (buffering function, polarity and gain adjustment). More precisely, a new embedded analog system will be developed, tested and evaluated
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testing of heterogeneous catalysts - Knowledge of catalytic reactors and GC analytical tools - Knowledge of polymer materials, of silicon reactivity Website for additional job details https://emploi.cnrs.fr
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techniques at the nuclear microprobe (CEA IRAMIS) and neutrons/X-Ray imaging techniques at synchrotron/neutrons facilities (CEA IRIG). The postdoctoral associate will be responsible for testing
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these “medicinal cells” and whether they perceive them as foreign or personal entities. The project will also examine the impact of CAR-T treatments on the care trajectories of young patients and on the life
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for the sustainability of alpine infrastructure and the search for building materials better adapted to climate change. 1. Laboratory Experiments: • Conducting uniaxial deformation tests on permafrost samples and building