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Field
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evaluation of the electrochemical properties versus metallic sodium using different testing techniques (GCPL, CV, GITT, EIS, etc.). Establishing relationships between the physical and chemical properties of P
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composites, and sustainable materials. With over 70 researchers and PhD students, and strong national and international collaborations, MSN is a growing force in materials research. Job Description: We
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Postdoctoral Researcher to participate in research in the Quantitative Immunodynamics Laboratory led by Dr. Narain Karedla as a part of an ERC Starting Grant project MIETEN (Metal-Induced Energy Transfer based
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Moroccan and African challenges. Its work spans four key areas: energy transition, surface technology, polymers and composites, and sustainable materials. With over 70 researchers and PhD students, and
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to establish structure-property relationships and advance the understanding of emergent quantum phenomena. Position Requirements Recent or soon-to-be-completed PhD (typically completed within the last 0-5 years
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type (metallic vs. insulating) and coverage (monolayer vs. isolated) affect spin relaxation by influencing magnetic anisotropy and spin-phonon interactions. Standard computational strategies quantify
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support the mission of the university through their work. Qualifications: PhD required Knowledge of ultrasonic waves and piezoelectrics FEM simulations of PZTs and acoustic wave propagation Ultrasonic
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successful candidate will join research activities on the design, synthesis, characterization, and investigation of transition-metal complexes, new redox-active ligand systems, and molecular assemblies
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metals. The materials are based on one of the strongest known fillers, single-wall carbon nanotubes (CNT), functionalized with a Danish proprietary technology, LASSO. The CNT will be combined with one
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an emphasis on: High-temperature processing of metals and oxides for microstructural control; Microstructural and mechanical characterization of the materials developed and processed; Participation in outreach