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to develop hybrid quantum devices – where different types of quantum technologies are married together to build devices with unique functionality e.g. quantum sensors, quantum interfaces, probing
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to develop hybrid quantum devices – where different types of quantum technologies are married together to build devices with unique functionality e.g. quantum sensors, quantum interfaces, probing
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of the project] * Background of the recruitment and description of the project Area of Specialization: IoT / sensor / biomedical electronics [Work content and job description] The successful candidate will be
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, Solid-state quantum sensor, Nanophotonics, Nano-optical functional materials [Responsible Subjects] Subjects concerning Electrical and Electronic Information Engineering * Assigned department Existing
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bioelectronics including flexible electronics, sensors and actuators, transistors, biomaterials, bioMEMS, system, analog/digital circuits, and/or machine learning. (Scope of change) No change * Assigned department
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instruments. The GLAO part of the project consists of an Adaptive Secondary Mirror, a laser guide star facility (LGSF) to produce for artificial laser guide stars, wavefront sensors (WFSs) with four laser and
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related to the creation and development of new materials, electrochemistry, materials processing, composites, new surface functions, sensors and actuators, MEMS, metallurgical chemistry, chemical materials