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involved, the PhD student will work on the design of new materials useful for the energy transition, in particular radiative cooling and thermophotovoltaics. The candidate: Must have a background in
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measurements, will be appreciated. The main mission of the PhD student will be to design, realize, calibrate and test thin-film based microsensors for temperature, heat flow and wear measurements in machining
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of Mathematics (DEMA), Probability and Statistics (EPS), and Geometry, Topology, and Algebra (GTA). Discrete polytopal complexes are recent numerical methods, whose purpose is to design approximations of partial
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) the design and accurate interpretation of targeted experiments using advanced nanometer-scale optical measurements with STEM-EELS. This funding will place the principal investigator in a unique scientific
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uniq experiment which plans to reach ambitious sensitivity and angular resolution to launch multi-messenger ultra-high-energy ast A design has been proposed for the GRAND detector and the instrumentation
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organized, autonomous, have good communication skills and a team spirit. English level. Doctoral supervision The PhD student will be in direct interaction with his thesis supervisors (Dr. M. Hardy
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of the experimental setup - design and implementation of quantum simulation experiments - data analysis - writing up results - day-to-day supervision of PhD students and trainees This project is part of the ERC
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detection and processing. This multidisciplinary project will be an opportunity for you to contribute to the design, microfabrication and characterization of new magnetic sensors thanks to advanced equipment
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). The supervisors will be Dr. Fabien COURREGES (Associated Professor), Dr. Romain NEGRIER (Associated Professor), and Pr. Raymond QUERE (Emeritus Professor). The PhD student will join a group of young researchers
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plan to embed the semiconductor QD-NW inside a shell of a phase change material (PCM) in amorphous phase. Then, local heating will be used to progressively crystallize the amorphous PCM to strain the QD