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-matter interactions for applications in sensing, optical communications, and quantum technologies. The scientific environment at our department is vibrant and highly collaborative with world-class
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:2307.10021 (2023). [Gritsch2025] Gritsch, A., Ulanowski, A., Pforr, J. & Reiserer, A. Optical single-shot readout of spin qubits in silicon . Nature Communications. 16, 64 (2025). [Rosiek2023] Rosiek, C. A
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. Optical imaging has been integrated into clinical use over the past decade, with advancements such as photothermal therapy (PTT) and photodynamic therapy (PDT). The key focus of the project is to develop a
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estimation of rotating tools. Direct tool wear characterization will be based on optical measurement systems and data processing to achieve wear feature recognition and quantification. Indirect tool wear
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proficient in ROS/ROS2, Python and/or C++/C# Knowledge and/or experience within one or more of the fields of acoustic sensing, hydrodynamics, and machine learning is a plus. You have strong communication
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. The project State-of-the-art quantum devices will need state-of-the-art fabrication tools. In this project we will combine methods of quantum optics to enhance tomorrow's fabrication tools. This challenging and
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in teaching (preferably in science, science communication, or higher education) experience with immersive technologies (e.g., XR/VR/AR) and/or multimodal data analysis (e.g., eye-tracking, gesture
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following: Sensor fusion framework: Identifying and integrating suitable sensor types across USVs and UUVs (e.g. optical cameras, sonar, magnetic sensors, acoustic modems) to create a complementary dataset
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estimation of rotating tools. Direct tool wear characterization will be based on optical measurement systems and data processing to achieve wear feature recognition and quantification. Indirect tool wear
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developing and deploying an ocean‑monitoring system for offshore installations. The research will integrate optical and acoustic sensors, autonomous data collection, and advanced perception methods to track