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(ANR-25-CE51-3871), which started in January 2026. This project aims to develop and optimize a micrometer-scale surface texturing process based on thermochemical treatments performed using arrays of cold
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conductivity properties at 600°C among perovskite-structured oxides and will be used as the electrolyte. The aim will be to optimize the test setup for complex impedance measurements to characterize
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, nanoparticle structure, and function. This position is located within an area subject to the French Protection of Scientific and Technical Potential (PPST) regulations. Consequently, in accordance with French
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states. In addition, hybridization between electronic states from different layers can significantly change the electronic band structure and lead to new physical phenomena. In this postdoctoral project
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of organized multicellular structures, with a particular focus on microtumors. The originality of the project lies in its systems-level approach, which integrates concepts from statistical physics and
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-fast modulators. At the device level, this means optimizing the device modulation speed up to several GHz integrating RF technology to the devices. 1. P.-B. Vigneron, S. Pirotta, I. Carusotto, N.-L
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structure, surface properties, and biological outcomes generated by the project partners. Synthesis and purification of batches of dendrimers or polyphosphonate macromolecules as candidates for deposition
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, T.Aubert, P. L.Solari, B.Siberchicot, R.Maurice, V.Vallet, Angew. Chem. Int. Ed.2026, 65, e18403. https://doi.org/10.1002/anie.202518403 The speciation of protactinium since its discovery: a nightmare or a
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aligned with the strategy of the PEPR ICCARE programme, which aims to structure ambitious research in support of the digital transformation of the cultural and creative industries (CCIs). It contributes
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dedicated, low-energy electron beam ion trap (EBIT) optimized for the production of highly charged ions of light nuclei that remain beyond the reach of storage rings. This EBIT, a central element of the