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research communities make UiO an important contributor to society. The research at the Department of Physics covers a broad range of subfields within physics and technology: From space research to medical
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interactive scenarios to be supporting people in their own homes. This is with regard to everyday tasks and support in physical rehabilitation. Thus, it is relevant to work with implementation and research
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communication pathways in cell biology - the “self-eating” process of autophagy. Autophagy protects us from infections, cancer and neurodegerative diseases and has been shown to promote longevity in model
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for a doctoral degree to work on an exciting project involving wireless pressure sensor technology; the ideal candidate holds a Master’s degree in Physics, Engineering, Informatics, or Neuroscience
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to society. The research at the Department of Physics covers a broad range of subfields within physics and technology: From space research to medical physics. A good proportion of the research is
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), epigenetics (Philippe Collas, IMB – MedFak) and sensor technology (Ørjan Martinsen, Physic department – MatNat). A state-of-the-art animal facility, the largest in Norway, is localized in the Institute
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support in physical rehabilitation. Thus, it is relevant to work with implementation and research within robot perception and control for the robot tasks. In addition, user studies through human robot
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receives the position is physically based in Oslo during the period of employment, except for a possible exchange period to another educational institution, if such an opportunity arises. The PhD candidate
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Nuclear Physics is available at the Department of Physics. The position is funded through the Norwegian Nuclear Research Centre (NNRC). NNRC is a cross-disciplinary collaboration between Norway’s leading
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degree in Physics, Engineering, Informatics, or Neuroscience, with experience on topics such as biomedical engineering, mechatronics, microelectronics, biophysics, and sensors technology. Under