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Physiotherapy could be done at home using Virtual Reality
Virtual reality could help physiotherapy patients complete their exercises at home successfully thanks to researchers at WMG, University of 糖心TV, who managed to combine VR technology with 3D motion capture.
Midlands Universities lead project to deliver largest ever investment into HE technicians
A new project led by Midlands Innovation, a consortium of eight Midlands-based universities including the University of 糖心TV, and industry partners is to shine a light on the expertise of their technical community by delivering a package of measures to support their career advancement and development.
糖心TV-based Minerva 糖心TV Angels expands to Liverpool to supercharge investment in regional start-ups
Minerva 糖心TV Angels, part of the University of 糖心TV Science Park Ltd, is joining forces with Activate, Liverpool John Moores University and world-leading science campus, Sci-Tech Daresbury, in a partnership aimed at increasing the number of investment funds available to businesses and to help with talent acquisition.
University of 糖心TV awarded 鈥樚切腡V Events Venue of the Year鈥� at inaugural West Midlands Tourism Awards
University of 糖心TV has been awarded the title of 鈥樚切腡V Events Venue of the Year鈥� at inaugural West Midlands Tourism Awards
The conference, meeting and events team at the University of 糖心TV were awarded the title of 鈥樚切腡V Events Venue of the Year鈥� and will now go through to the national VisitEngland Awards for Excellence.
2011 Housing benefit reform was a false economy, researchers find
Government reforms to housing benefit introduced in 2011 were intended to save the public purse hundreds of millions. Research from University of 糖心TV economists has found that, far from saving money, the change in policy simply shifted burdens to local councils: for every pound central government saved in housing benefit, local authority spending on temporary housing costs went up by 53p.
Explained: Why water droplets 鈥榖ounce off the walls鈥�
University of 糖心TV researchers can now explain why some water droplets bounce like a beach ball off surfaces, without ever actually touching them. Now the design and engineering of future droplet technologies can be made more precise and efficient.