A new Global Resilience Index, developed by researchers at the Environmental Change Institute, is helping policy makers understand climate risks to global infrastructure systems and plan appropriate investments and interventions.
\n \n\n \n \nOxford scientists Professor Philipp Kukura, Professor Justin Benesch, Dr Gavin Young, and Daniel Cole have pioneered a new technique known as mass photometry (MP). MP is a revolutionary new method of analysing molecules. It enables the accurate mass measurement of single molecules in solution, in their native state and without the need for labels. This approach opens up new possibilities for bio analytics and research into the functions of biomolecules, with new applications in the world of gene and cell therapy.
\n \n\n \n \nWhen disaster strikes, its vital to understand how people will be affected \u2013 so that humanitarian aid can be effectively targeted. Researchers in the Department of Statistics have used EPSRC IAA funding to develop new and effective disaster risk models using open access datasets and machine learning techniques.
\n \n\n \n \nThe development of quantum computing offers huge potential for social good. Researchers at the Department of Computer Science have been working with industry stakeholders to lay the groundwork for a \u2018Responsible Innovation Hub\u2019 to inform the future governance of this powerful emerging technology. With IAA support the team explored how approaches for RI and governance can help mitigate societal concerns and contribute to public trust in this novel technology.
\n \n\n \n \nResearchers at the Department of Engineering Science have developed new approaches to cool high pressure blade tips in aviation \u2013 which will improve engine efficiency and lifespan, and cut carbon emissions.
\n \n\n \n \nEPSRC IAA funding has allowed researchers in the Department of Engineering Science to develop a new tool to help innovators navigate medical device regulation \u2013 helping to ensure new medical technologies comply with industry requirements and reach patients as fast as possible.
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