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and automata, and the interaction between formal methods and artificial intelligence. We welcome candidates interested in topics ranging from foundational theory to the development and evaluation
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cells, polymer materials, and cell-facing biomaterials. We are interested in empowering molecular systems, materials, and artificial cells with embodied intelligence — chemical and physical — so that
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opportunities. We offer: a collaborative and interdisciplinary research team with a dedicated mission of making materials and molecular systems intelligent a highly engaging and current research topic in
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approach that considers the interaction of energy technologies with economic, ecological and social systems and thus focuses on security of supply, economic efficiency and environmental protection
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Communication and Learning-based Control for Embodied Networked Intelligence (6G-life) (ID: TUEILSY-PHD15) Safe and capable humanoids in interaction-rich scenarios (ID: TUEILSY-PHD12) Act Based on What You See
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candidates benefit from regular interaction with an advisory board, a cross-institutional panel that includes three or more senior scientists. Members of this board contribute interdisciplinary and
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(current or prospective) Master's students who have achieved excellent results in their Bachelor's studies, and who pursue Master's level studies in Artificial Intelligence, broadly conceived. Academic