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experiments, mapping charge and energy transfer in molecular (and mesoscopic) systems, behavior of molecules in strong fields, dynamics of open quantum systems, and more. This project offers an excellent
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Classification Title: Post-Doctoral Associate Classification Minimum Requirements: PhD in physics. Job Description: The High Energy Theory group at the University of Florida (UF) invites
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processes of biotic/abiotic particles, etc., and thus quantify the capacity of agroforestry systems to mitigate extreme weather events (heat waves, droughts, storms) and limit the spread of disease. To do
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perform a variety of technical and patient care tasks in the department utilizing magnetic resonance energy and radio-frequency waves to produce medical images of the human body and/or animals for diagnosis
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the multidisciplinary patient management team in E7 Medical Oncology/Transplant Unit. E7 Medical Oncology/transplant Unit has 28 private rooms and provides state of the art therapies, including stem cell transplant, to a
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programme Is the Job related to staff position within a Research Infrastructure? No Offer Description Are you interested in working with planetary atmospheres and how turbulence and waves determine their
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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | 25 days ago
-alone chillers that are building specific. Additionally, Chilled Water Systems provides electric and steam load balance for Cogeneration Systems. CWS is part of UNC Energy Services. Position Summary A
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control, and defence. Examples of activities include the development of advanced millimetre-wave imaging RADARs, synthetic aperture RADARs, radiometers, and broadband radio receivers for health
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researcher as of the next possible date at the following conditions: 100% = 39,83 hours Pay grade 13 TV-L limited for the duration of three years Your tasks: Conduct research on energy-efficient wireless
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the discovery of spicules by Father Secchi about 150 years ago, a number of competing theories have been developed to model the generation, propagation and energy and momentum transport capabilities of spicules