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of lattice CAD models via generative/parametric design (e.g., Grasshopper); - Numerical FE simulation of meta-grains (Abaqus or Z-Set); - Extraction of key data (mechanical properties, critical load
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for the modulation of their optical properties under an applied voltage. The EC- LIPSE projet concerns the eco-design and development of innovative sustainable methods for the fabrication of efficient optically active
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. Currently, most IC manufacturers are exploring the potential of these materials, in collaboration with academics, and this project is no exception. In this context, CEMES is collaborating with
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to efficiently encode and transmit biosensing data based on OECT voltage variations. o Integration strategy for future IC implementation, ensuring feasibility and scalability. o Collaboration with
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model, NEMO has been designed to run in double precision, i.e. using 64-bit floating-point numbers. Using lower precision can be beneficial in terms of performance by reducing memory usage, execution time
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. • Contribute to the emerging field of AI applications in particle physics and astrophys-ics. Your work will directly impact our ability to process and understand neutrino data and potentially extending
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circuits for on-chip delay generation - Design of innovative solutions for acoustic delays - Manufacture of on-chip acoustic circuits in C2N's clean room - Characterisation of the manufactured structures
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for the technical and scientific development around the design and fabrication of the MEA-microfluidic system. The candidate will work in close partnership with the project consortium to integrate sensors and
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photonic chip. Recently, a new type of architecture based on topological photonic crystals has demonstrated almost perfect transmission through waveguides with sharp turns. This feature enables the design
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networks - Actively contribute to the development and fabrication of the optical device - Participate in the experimental design and performance characterization of the device - Work closely with