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, numerical simulations, and advanced instrumentation development to investigate and optimize laser-driven particle and radiation sources. One of the major goals of laser–plasma interaction research today is to
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motifs; - establish, optimize, and apply quantitative protein-interaction assays; - perform mammalian cell culture, molecular cloning, mutational analysis, recombinant protein work, and fluorescence
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(SEM), and other relevant methods; • Optimizing the synthesis of the most promising MOFs; • Writing reports, including literature reviews, progress reports, and project deliverables; • Participating in
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perfusion and mechanical stimulation in tumor tissues to investigate their poromechanical properties and optimize molecular transport within explants. The successful candidate will be involved in: - Designing
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. - development of supported catalysts; - ink formulation and preparation of catalyst layers; - fabrication of optimized membrane-electrode assemblies and their testing in an electrolysis cell (performance and
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will explore (Gd, Zr, La)-doped HfO₂ as a reference ferroelectric layer and optimize performance (memory window, multilevel writing, endurance) through the fine-tuning of thin films (interlayers
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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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fluorescence microscope optimized for imaging individual cells within microtumors. Through this work, the PhD candidate will receive hands-on training in the design, implementation, and optimization of a state
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, they will be involved in: • the implementation, optimization, and operation of cryogenic devices and systems; • performing low-temperature experimental measurements; • the development and experimental
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, CeRh2Si2, TbB4 etc.) near metamagnetic transitions and unconventional superconducting phases. Within step 1, magnetization probes will be developed, tested and compared before choosing the most optimal