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Field
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microelectrode arrays (MEAs) enable electrophysiological recording and electrical stimulation but remain limited by their mechanical rigidity, their relatively poor compatibility with biological tissues, and the
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, however, require tremendous computational resources, as it would involve the coupled dynamics of all cylinders in the array. On the other hand, the tubes are usually arranged in a periodic lattice, a
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but related lines of research: 1/ Investigate wavefront sensing measurements with Color-filter arrays (CFA) detectors. The PhD student will perform python simulations based on Fourier optics to combine
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THz, crucial for understanding the interstellar medium and star formation. These missions will require multi-pixel heterodyne arrays to achieve sufficient observing efficiency, representing a major
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path. MKID frequency multiplexing enables the implementation of arrays comprising several thousand pixels, which can be read in parallel by a single reading line. Here, each pixel, or LC circuit, has its
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constraints
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aeroacoustics (wind tunnel testing, microphone arrays) MATLAB / Python for signal processing CFD software (ANSYS Fluent, OpenFOAM) FEM softwares (COMSOL, ACTRAN) Spectral analysis (FFT, wavelets) Behavioural
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, Field-Programmable Gate Arrays (FPGAs) have emerged [3] as a highly advantageous solution for the digital back-end of cryogenic measurement systems, especially when dealing with multiplexed SQUID arrays
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of small pixels and spectral requirements), interferometric techniques rely on comparing an interferogram imaged by the detector array with a simulated interferogram prior to detection. Through processing in
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photophysical properties. In parallel, the recent emergence of single-photon detector arrays (SPAD) provides direct access to photon arrival times with unprecedented resolution, opening new opportunities