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The successful candidate will be responsible for: 1. Develop the numerical and analytical tools required to design these tunable random architectures and predict the mechanical behavior of the resulting metamaterials (elastic moduli, yield strength, toughness). 2. Use these tools to...
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well as environmental samples), Extract the proteins involved in catabolic processes and purify them using our oxygen-free process, Characterise the proteins using biochemical, biophysical and structural tools, Analyse
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postdoc to pioneer next-generation thermal transport experiments on the micro-nano scale at École Polytechnique, France. Why This Position Is Exciting High-temperature superconductivity and quantum spin
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In the context of ongoing transformations of wireless technologies, the laboratory LS2PR investigates innovative network topologies and digital signal processing schemes. On the one hand, novel
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phenomena. • Actively participate in maintaining and advancing the laboratory’s experimental platforms, particularly measurement instrumentation. • Implement /develop micro/nano-fabrication processes
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mechanisms. The project will combine experimental studies with advanced signal processing and AI techniques (compressed sensing), aiming to detect early signs of failure and enable predictive maintenance
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Metabolism team, with a preferred starting date of late summer 2026. Your tasks will include: Extract the native proteins involved in catabolic processes and purify them using our oxygen-free method
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equations, while the phase-field variable itself can also follow an hyperbolic evolution law that captures inertia or rate-dependent effects in the damage process. Explicit schemes are attractive for dynamic