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environment spanning various areas of quantum physics, nanophysics and photonics. This project extends the current activities of the ODIN/MIR-THz group on acoustic wave devices in the frame of the Acousto-MIR
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materials offer superior electrical characteristics to silicon for power devices. Power electronic devices based on wide-bandgap semiconductors will significantly improve the performance of power electronic
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wave manipulation) and in the field of spin-to-charge conversion for the creation of broadband THz emitters (e.g. [1]). An indication of the presence of an ultrafast photo-induced spin current can
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of ASICs dedicated to the readout of AC-LGAD (Alternating Current coupled Low-Gain Avalanche Diode) sensors, capable of very good timing (~30 ps) and spatial (~20 um) resolutions, which will be exploited by
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. The postdoctoral work will be conducted within the ISGE team at LAAS, whose researchers cover a wide range of competencies, from clean room technologies to electrical energy management systems, thus providing
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charge/discharge cycles. The aim is to provide a unique tool to better understand the structure and evolution of interfaces/interphases in batteries, and thus, guide the design of more efficient and
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embarqué, etc.) * simulation (électromagnétique, électronique, etc.) * fabrication (routage, soudure, impression 3D, etc.) * characterization (electrical, electromagnetic, radio frequency, etc
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processes (waste water treatment in car wash). This project targets in particular emulsion separation/mixing systems based on thermal and electrical treatments. The complete understanding of the physical
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(electrochemistry, spectro-electrochemistry, absorption spectroscopies) - Large-scale electrocrystallization and sample shaping for electric measurements Laboratory work involving the wearing of PPE during
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magnetic field, plasma current or heating power. The experimental correlations between some of these engineering parameters prevents a clear separation of their impact in scaling laws. In addition