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performance. This postdoctoral project aims to investigate the potential of newly developed high-temperature superconducting materials — such as ZrN, HfN, and NbTiN — produced by ICPMS-CNT and CEA-LETI, as
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at low temperatures. This project is a collaboration between the Quanteca group and other research teams at Institut Néel, including the Micromagnetic and Nanomagnetic Materials groups. It is part of
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this limitation by developing a unique platform that combines high-intensity terahertz pulses with ultra-cold environments. This innovative approach will enable researchers to observe and control the motion
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thermal energy storage systems based on Phase Change Materials (PCMs). The project relies on a unique high-temperature experimental facility developed during the PhD project INNO-REV and currently in its
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solid state physics - superconductivity/ quantum devices - clean room micro-nano fabrication - optical setups in a weak photon flux regime - low temperature and/or high frequency transport measurements
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2030), dedicated to the development of high-performance cryogenic technologies for quantum technologies, and more specifically to ultra-low-temperature thermometry in the millikelvin range
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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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within the catalyst bed. Conductive materials (graphene, conductive SiC, and composites) both drive reactions and distribute heat, reducing losses, improving stability, and enabling compact, flexible
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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