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Technology and interconnectivity

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Meeting the Needs of a Wireless World

By | Bioscience and medicine, Cities and supporting life, Innovation and infrastructure, Technology and interconnectivity | No Comments
It’s hard to deny how much we depend on wireless communications – and one pace-setting spinout company is helping to make it possible through patented technology developed at UCL and Cambridge University. From schools, hospitals, airports and shopping malls, to sports stadia, music arenas, power stations and corporate HQs, Zinwave delivers unique optical-fibre solutions that allow high-quality wireless coverage to reach every part of a building or complex – however big it is, however tall it is and however far it extends underground. Zinwave’s success demonstrates not just how collaboration between academic institutions can lead to remarkable technical breakthroughs, but...
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Computer Code Solves a Quantum Mechanical Problem

By | Innovation and infrastructure, Just Added, Technology and interconnectivity, Uncategorised | No Comments
Focusing on the strange and surprising quantum world, a unique computer code that can model systems comprising thousands of atoms is driving fresh discoveries in areas as diverse as new materials, clean energy, nanotechnology and pharmaceuticals. Called ONETEP (Order-N Electronic Total Energy Package), the code plugs the critical gap between what can be achieved by state-of-the-art experiments and by conventional quantum-level computer modelling & simulation of just a few hundred atoms at a time. This is a classic story of how multi-institution, multidisciplinary co-operation – in this case including SES members Cambridge and Southampton Universities and Imperial College London – can...
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What is CFD with Dr. Peter Vincent

By | Bioscience and medicine, Energy and climate change, Innovation and infrastructure, Technology and interconnectivity, Uncategorised | No Comments

We sat down with Dr. Peter Vincent to gain some insight into his research at Vincent Lab (www.imperial.ac.uk/aeronautics/research/vincentlab/). Dr. Vincent has been a key user of SES machine Emerald, and discusses here the impacts of CFD research, from medical applications to renewable energy and Aeronautical Engineering. To find out more about his research, read the case study. Stay tuned for Part two, and don’t forget to subscribe.

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Solving unsteady fluid flows with Hyperflux

By | Innovation and infrastructure, News, Popular, Technology and interconnectivity | No Comments
An Innovate UK- and EPSRC-funded project called Hyperflux is bringing together industry and academia to tackle the problem of modeling unsteady fluid flow. Peter Vincent, Senior Lecturer and EPSRC Fellow in the department of Aeronautics at Imperial College London, heads up the academic side of this project. His team is working with engineers at CFD company Zenotech and CFMS, an independent centre for modelling and simulation based at the Bristol & Bath Science Park, to create a commercial product called Hyperflux, which will help industry to model these unsteady flows. As of early 2015, the team has already managed the development and rolling...
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