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transport and other carbon-neutral energy applications. A crucial component of these devices are the metallic catalyst nanoparticles which allow the chemical reactions to take place at fast rates. The aim
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The student will focus on creating magnetic and electrically conductive nanoparticles, further development of novel polymer nanocomposite for Environment, Energy, Sensor, and Healthcare Application
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research, education, innovation and scientific advice. We offer a rewarding and challenging job in an international environment. We strive for academic excellence in an environment characterized by collegial
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will gain expertise in nanoparticle design, preparation and purification, as well as characterisation using a variety of analytical techniques including, but not limited to electron microscopy
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electrically conductive nanoparticles, further development of novel polymer nanocomposite for Environment, Energy, Sensor, and Healthcare Application.Selection criteriaRequired qualifications include MSc in
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forces on objects ~100nm across. These nanoparticles can be levitated, in vacuum, and manipulated by modulating the optical field. Interferometric measurement and active feedback techniques allow
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molecules, metal ions and nanoparticles for the creation of functional nanostructured materials -Nanotechnology- with empty spaces; and use them to encapsulate, store, separate, react and deliver molecules
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Programme? Not funded by an EU programme Is the Job related to staff position within a Research Infrastructure? No Offer Description Physics: Fully Funded EPRSC DTP PhD Scholarship: Nanoparticle Manipulation
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multidisciplinary team and research environment, the candidate is expected to take leadership of the project, be learning oriented and work proactively within the group and with collaborators. In this specific
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into understanding the science. The PhD project will be part of the CAPeX center for accelerating catalyst development. As part of this center there will be computational chemists and nanoparticle synthesis experts