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materials under extreme conditions of intense magnetic fields (exceeding 90 T) and very low temperatures (down to 100 mK). Scientific targets will be to investigate the properties of quantum materials (UTe2
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: The postdoctoral researcher will contribute to the development and application of the AESEC technique for the study of electrochemical systems in extreme environments, particularly in concentrated high-temperature
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a major energy-transition challenge: reducing CO₂ emissions from high-temperature chemical processes, a large share of industrial energy use. Key processes—methane steam reforming, naphtha steam
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convert heat into electricity and are attracting considerable interest for sustainable energy harvesting from industrial waste heat, automotive exhaust systems, and autonomous electronic devices. Recent
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heat loss. Common thermal insulation materials are highly porous and contain open or closed pores filled with gas. In 2021, only 10% of insulation materials were derived from renewable resources. Plant
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of both CO and CO2 to methylated aromatics but the origin of such efficiency remains poorly understood. the project proposes to decipher the reaction mechanism leading to high selectivity to methylated
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Photosynthetic organisms (microalgae and plants) are in constant interaction with their environment, responding to various abiotic pressures (temperature, nutrients, light), as well as biotic ones
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characterization of materials. • Development and operation of experimental test benches under high-vacuum conditions. • Definition of test protocols, including detailed test procedures and acceptance criteria
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fabrication of electrical circuits) and conceptual (designing experiments, and planning of future research strategies). In the lab, you will pursue the development of high-impedance and/or protected
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over a very large area, using sputtering deposition techniques. The overall objective of the project is to define the parameters of this technology (integration of high-performance phase-change materials