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contribute to NDDs. In recent years, we have identified key roles for the microtubule-associated protein Navigator-1 (NAV1) in axon growth and guidance. Notably, we have shown that NAV1 controls
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, 24th Month, 4 months, working with autonomous navigation system with the aim of simplifying the interaction between farmers (or non-expert users) and agri-robots for programming field missions
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, or roundabout navigation will be considered. In this work, we also aim to explore the use of machine learning approaches [1][2] to personalize the driving system according to individual driver preferences
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. Practical experience in electron microscopy and advanced materials characterization is considered a major asset. Furthermore, a strong proficiency in English (minimum CEFR level B2/C1) is required to navigate
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(measuring Earth's gravitational potential), navigation, and networked timekeeping. Within the QUARCKS project, this PhD thesis aims at extending coherence time beyond the dephasing limit in a suface