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storage. They do not constrain deployment rates, either with top down limitations on technological growth, or bottom up constraints from the physical limitations of the reservoir systems. Furthermore
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develop alkali-atom-ensemble-based quantum optical memories that offer noise-free GHz-bandwidth storage and active retrieval of quantum states of light. We will work on novel means for increasing
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funding from the charity Ovarian Cancer Action and comprises over 70 researchers from Imperial College Healthcare NHS Trust and Imperial College London. The post holder will take a lead role in newly funded
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by EPSRC to carry out a 6-year long research work that can enable the development of the foundational technologies necessary for a mature end-to-end engineering process for biological systems. By
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data sets we already hold and the clinical evaluation. The research software engineer 4. will be developing the NHS IT interfacing that pulls live data and historical data to process it in our secure
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approaches that combine upper and lower limb physical interaction with locomotion. This is the only system worldwide to enable physical interaction with arms, legs, and supernumerary robotic limbs in dynamic
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prevention and treatment strategies for neurodegenerative diseases like dementia. You will be working with lead scientists in fields of neuroimaging, neurobiology, and genetics, as well as experts in
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to lead the College’s Socially Responsible Engagement framework, which governs our academic engagements with fossil fuel companies. You will work closely with the Vice-Provost (Research and Enterprise