A lack of interoperability can leave Europe’s first response teams relying on basic safety equipment and their wits. The EU-funded Search and Rescue project developed a communications platform to help disparate teams effectively collaborate, sharing information and resources. The consortium also produced a range of technologies, from radiation sensors to a robotic sniffer dog.
European agriculture stands at a crossroads, with farmers under pressure from rising costs, debt, climate change and the threat of cheap imports. The EU-funded project Ploutos sought to deliver wholesale change with a Sustainable Innovation Framework that delivers powerful innovations along the value chain.
Asteroids, comets and meteors are remnants of our cosmic past. Now, EU researchers have pioneered new analytical techniques that could help us better understand what they are made of. What’s more, this information could provide vital insights into the formation and evolution of our solar system.
Ancient inscriptions can teach us a lot about past civilisations. The problem is that these inscriptions are often illegible, or their place of origin is unknown. To help, the EU-funded PythiaPlus project developed an AI-based tool that historians can use to restore missing text, and establish an inscription’s original date and place of writing.
There is an acute need for implantable devices that can report prompt and accurate data about the body’s chemistry. The EU-funded ImplantSens project developed long-term implantable biosensors for glucose monitoring, to improve the management of diabetes. The project also helped train the next generation of scientists to carry on this work.
Energy costs more on islands, as they are typically isolated from the national grid. While greater use of renewable energy could lower these costs, most European islands don’t have the necessary grid infrastructure. The EU-funded INSULAE project’s demonstrations showcased the technical and economic viability of decentralising island energy supplies, paving a way to affordable, sustainable energy.
The science of nanofluidics has the potential to revolutionise everything from water purification to computing. The EU-funded SHADOKS project set out to increase our understanding of nanofluidics, and use this new-found knowledge to build game-changing applications. The results of this work will lead to groundbreaking innovation in the years to come.
The EU-funded TRACTION project has turned to co-creation and technology to make opera more inclusive, engaging a variety of communities from low-income neighbourhoods to prisons. The results are dynamic new operas that represent a more inclusive Europe.
The power of music to evoke strong emotions is known to anyone who hears it – but the underlying mechanism remains unknown. Using sound manipulation tools that could elicit emotional responses, the EU-funded CREAM project has yielded insights into the brain. The work is also already inspiring novel clinical applications, from diagnosing speech problems to assessing brain surgery patients.
The industrial sector accounts for nearly a third of energy use in the EU, mostly for heat and thermal processes. Innovative technology developed by the EU-funded ETEKINA project recycles factory heat, lowering environmental impact and running costs. The research supports the EU’s goal of being climate-neutral by 2050.
