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position funded by the ReLiB (Recycling and Reuse of Lithium-ion Batteries) research grant, provided by the Faraday Institution, the UK’s independent institute for electrochemical energy storage research and
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characterizing novel MOF-based materials to explore their electrochemical and electrocatalytic properties across a broad range of energy storage technologies, not limited to Li-ion or Zn-aqueous batteries. Key
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: Design of quantum defect formation schemes Investigation of defect formation in diamond, Si and SiC by ion implantation and annealing Fabrication of simple electronic and nanophotonic devices Optical and
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with expertise in experimental nuclear physics, beginning after January 1, 2026. The CMU group performs research in low-energy nuclear physics to address questions in nuclear astrophysics, nuclear
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steps in lithium-ion cell manufacturing—by building a scientifically informed and scalable framework for next-generation production. A key workstream of the fast FAST project provides the digital and
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and perform targeted irradiation experiments of fusion-relevant austenitic stainless steels using intense ion beams produced by linear accelerator and cyclotron sources Measure by gamma spectroscopy
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of experimental character. In particular, PhD Research Fellow will deal with: Design of quantum defect formation schemes Investigation of defect formation in diamond, Si and SiC by ion implantation and annealing
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. Preparation of atomically sharp probe tips for STM and AFM measurements. E. Characterization and treatment of STM probe tips by using a field ion microscope (FIM). F. Detailing wiring of STM and AFM modules
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beyond ATLAS the group works on LHCb, current and future kaon experiments, the future Brookhaven Electron Ion Collider, with non-accelerator interests in direct Dark Matter searches. We operate substantial
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responsibilities will include but are not limited to: ? Sample preparation via focused ion beam methods ? Collecting and processing of 4DSTEM and other electron microscopy data ? Presenting results at internal