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of Microtechnology and Nanoscience (MC2) hosts a unique environment for research and education in photonics, microwave engineering, quantum technologies, and nanofabrication. Our research is supported by an in-house
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Research description The research topic is integrated photonics in a relatively broad sense and will involve concepts to integrate multiple optical functions in a single platform relying on
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interaction group at the Division of X-ray Photon Science. The work in the group is broadly played with many current issues in materials science and biomolecular science, as well as in X-ray Physics, where
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courses at first and second cycle level at the department. Read more at www.physics.uu.se The postdoctor position is allocated to the Light-matter interaction group at the Division of X-ray Photon Science
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. Additional requirements: Very good oral and written proficiency in English. A PhD within the subject of the position. Extensive knowledge on ultrafast image recording. Extensive knowledge on two-photon
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PhD and master’s students Successful record of grant writing and funding acquisition Proven track record of producing high-quality research Fluent in written and oral English, necessary to collaborate
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for these positions you need a PhD degree in Physics, Chemistry, Photonics, Nanotechnology, Applied Physics, Electrical Engineering, or similar awarded no more than three years prior to the application deadline. You
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for these positions you need a PhD degree in Physics, Chemistry, Photonics, Nanotechnology, Applied Physics, Electrical Engineering, or similar awarded no more than three years prior to the application deadline. You
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about the division and the department In the Department of Microtechnology and Nanoscience , MC2, state-of-the art research in various fields such as micro-electronics, photonics, microwave techniques and
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brings together researchers in communications, photonics, and electronics to solve hard problems in optical communications through a cross-disciplinary approach. The collaboration bridges traditional