Transnational Education (TNE) is growing at a brisk pace across the globe. Academic institutions are collaborating to jointly teach students who are benefitting from high quality teaching, locally, without needing to travel abroad. TNE activities are varied from remote campuses to joint degree programmes with institutions sharing best practice on a worldwide scale.
90% of the world’s 50 million epilepsy sufferers live in developing countries and a large minority need surgery as the only effective treatment. Thanks to the power of high-capacity R&E networks, the outlook for millions of epilepsy sufferers is being dramatically transformed and the costs of treatment substantially reduced.
Danish archaeologists team up with experts in high performance computing to enable fast and intensive 3D recording for field archaeology.
Collaborations for Dengue Fever and Chikungunya initiatives are excellent examples of the scalable nature of efforts to build communities. As such, the tools and capabilities are easily adaptable to the plethora of infectious diseases that pose a global challenge.
“Data sonification is a powerful tool that can simplify how we analyse data…This technique can have real benefits to improve our lives, for example in cancer research.”
With extreme weather events increasingly hitting news headlines around the world, accurate and timely forecasts are essential for effective disaster warning and mitigation systems. This, in turn, calls for joint research efforts within the global meteorological community to improve models and tools for predicting severe weather, such as hurricanes, tornadoes, cyclones, floods, heat waves etc.
The rise in obesity – and particularly child obesity – poses a serious public health challenge. Approximately one in four children in England are now overweight or obese by school entry, rising to a third by the end of primary school. MD-Paedigree is a four-year European Commission funded ICT project to help fight childhood obesity-related cardiovascular and other child diseases.
Thanks to the Mylims platform, scientists around the world are able to process and manipulate data, interpret results and compare them with spectra obtained by other users and those stored in databases, thus accelerating the understanding of compounds. Mylims has already led to breakthroughs in the diagnosis of illnesses, such as leukaemia, and has become a valuable tool for food chemists to detect fraudulent coffee.
More than 20 countries are present in Ny-Ålesund in the Arctic, operating their own research facilities. The most northerly fibre optic cable system in the world has been installed to ensure that the massive amounts of data produced there can be transferred ”live” to global research networks.
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