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, and granites have contributed to the enrichment of lithium and other lithophile elements (e.g. Be, Sn, Ta) in the continental crust during different orogenic stages, leading to eventual LCT pegmatite
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to research on space-related solutions to monitor and provide support for critical infrastructure like energy supply, water supply, resource allocation, logistics, production, and other elements of preparedness
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courses and may participate in teaching or other departmental duties (maximum 20%). A central component of this project is independent field-based geological and structural mapping in northern Sweden, with
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the doctoral project, you will work on the development and demonstration of an integrated and resource‑efficient extraction method for lithium. The work focuses particularly on separation and purification
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-on artificial intelligence. To achieve the vision, research will focus on improving the hardware for both 6G devices and space-based satellites, developing signal processing methods that handle large signal
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robust control methods Controllers for underactuated and coupled robotic dynamics Stability-aware and model-based autonomy ROS/ROS2-based autonomy development Real-world testing on aerial, underwater, and
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purification methods for the sustainable upgrading of graphite concentrates to battery-grade products. Special attention will be given to understanding how mineralogical and textural characteristics of graphite
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methods and frameworks for IT/OT security, including analysis of vulnerabilities and threat images in converging system environments; requirements analysis in collaboration with total defense actors
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teacher role. The primary purpose of this research project is to investigate some of the fundamental aspects and methods how to communicate, sense, and localize, using wireless signals between the LEO space