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Field
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environment with strong links to both industry and European collaborative projects. Project description You will lead the development of a system-level noise model for ducted fans and propellers, with
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role which has the potential to contribute to the development of open source software. Vibrational modes in solids (phonons) affect fundamental physical properties such as the conduction of heat and
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quantum dots. Investigations of principles of qubit operations, noise effects on qubit fidelities, and designs of improved and robust qubits. The topic will require knowledge of semiconductor physics, group
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position verification, entanglement on quantum networks and network capacity and noise mitigation. Duties include developing and conducting individual and collaborative research objectives, proposals and sub
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(2DIR), and 2D electronic-vibrational (2DEV) spectroscopy are desirable but not necessary Familiarity with experimental setup, including computer interfacing and electronics Job Family Postdoctoral Job
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potential to present your work at conferences and to develop future funding applications. Tasks will include anaesthetising mice (to allow hearing-loss induction via noise exposure), performing health checks
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, sitting, walking, talking, and hearing. Experience working in a fast-paced environment. Lab environment. Lifting to 25lbs. Work Environment: Open office environment. Moderate noise and foot traffic
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health applications. IoT Knowledge: In-depth understanding of Internet of Things (IoT) technologies for collecting data on environmental and health parameters (air quality, noise, mobility). GIS
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. Lifting up to 25 lbs. WORK ENVIRONMENT: Laboratory environment. Moderate noise. Exposure to blood, excrement, antineoplastic drugs, and possible exposure to infectious and communicable diseases. Universal
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to 25 lbs. WORK ENVIRONMENT: Lab environment with moderate noise. Exposure to blood, excrement, antineoplastic drugs and possible exposure to infectious and communicable diseases. Universal precautions