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, the ability to direct a research group and to obtain supplementary research funding is required. When assessing the merits of the applicants, special emphasis will be put on international research activities
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networks, physical layer security, quantum-enabled communications, semantic and AI-native wireless systems, and energy-efficient/low-power communication. Our vision is to develop disruptive wireless
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typically has at least ca. five years of postdoctoral experience. In addition, applicants should possess the ability to lead a research group, a track record of securing external research funding, and the
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. Research topics may include foundation models for longitudinal electronic health records and genomics, multimodal learning integrating health records with molecular data, causal representation learning, in
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approaches to large-scale biomedical data. Research topics may include foundation models for longitudinal electronic health records and genomics, multimodal learning integrating health records with molecular
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. Research topics may include foundation models for longitudinal electronic health records and genomics, multimodal learning integrating health records with molecular data, causal representation learning, in
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systems The ability to work independently, select and justify methods, communicate uncertainty, and take responsibility for a research workstream Excellent scientific writing and communication skills in
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or more of the following areas: cleanroom nanofabrication, optical measurement techniques, or computational design of nanophotonic components. A proven ability to conduct original research independently
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doctoral degree in a relevant field (e.g. future electronics, electrical engineering, photonics, micro- and nanotechnology, semiconductor physics, advanced materials, or chip design) by the application