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The PhD candidate's objective is to advance green processing techniques in micro/nanorobotics fabrication. This involves merging sustainable materials with advanced, eco-friendly manufacturing methods
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. The PhD student will grow graphene-based magnetic molecular architectures on novel superconducting platforms and study their spin dynamics, with the goal of uncovering new concepts, methods, and strategies
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. Previous experience with kinematic and paleogeographic reconstructions and/o rGPlates will be considered an advantage. The project includes an extensive field and laboratory component. We expect candidates
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kinematic and paleogeographic reconstructions and/o rGPlates will be considered an advantage. The project includes an extensive field and laboratory component. We expect candidates with good communication
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geothermal energy source as in Iceland or as a touristic asset as in the Japanese hot springs. Mantle derived fluids originate from magmas that after fractional crystallization the most incompatible elements
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knowledge in geosciences, and a solid foundation in paleomagnetism and rock magnetism. The project involves an extensive field and laboratory component. You will join an active group of researchers
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fields of work on the topic? What are the problems in the literature and how do you intend to address them? - Method (240 words maximum). Description of how data collection and analysis would be approached