Eight promising technologies moving from lab to reality
1 min read
Smart clothes to protect the elderly from hip fractures, a half-size catalytic converter that reduces vehicle emissions and saves fuel, and software to crowd-share smartphone data bandwidth in congested places are three of the most promising new technologies that the Royal Academy of Engineering (RAE) has identified as having outstanding business potential.
Each has been awarded funding and will receive mentoring as part of the Academy's Enterprise Fellowships scheme.
Eight researchers from UK universities will receive up to £85,000 each to develop a spin-out business based on their technological innovations. As members of the Academy's new Enterprise Hub, they will also receive one-to-one mentoring from some of the UK's top technology entrepreneurs.
• Dr Benjamin Kingsbury - Half-size catalytic converter that reduces automotive emissions and saves fuel
Imperial College London
• Richard Nock - Low cost cutting-edge research tools for scientists in cancer research and quantum computers
University of Bristol
• Dr Philip Orr - Advanced instrumentation for next-generation energy systems such as smart grids
University of Strathclyde
• Dr Loren Picco - The world's fastest atomic force microscope
University of Bristol
• Daniel Plant - 'Smart' clothing to protect elderly from hip fractures
Imperial College London
• Dr Sithamparanathan Sabesan - Goods and luggage tagging and tracking system that can pinpoint items with near 100% accuracy
University of Cambridge
• Professor Jon Timmis - Computer modelling software for drug development to treat auto-immune diseases
University of York
• Dr Ian Wakeman - Software that enables smartphone apps to crowd-share data bandwidth in congested areas
University of Sussex