The EU-funded SISSDEN project will create, deploy and operate a network of sensors to detect, collect and share information about potential threats to cyber security and how to tighten computer defences accordingly.
The EU-funded ClimeFish project will co-create projections of fish production and distribution together with industry. The project will help ensure that future increases in seafood production occur in areas and for species where there is potential for sustainable growth.
Scientists are delving into the core machinery of cellular life, in search of the mechanisms driving bacterial evolution and adaptation. Their findings promise biosynthetic factories able to convert biomass into fuels and valuable chemicals.
The EU-funded CERES project is using models to anticipate the impact of climate change on European fisheries and aquaculture. The assessment will feed into industry-driven solutions to secure Europe's seafood supply.
No glasses, no headset, no smartphone - it is possible to produce 3D images that observers can view without cumbersome props. Base these displays on input from medical imaging devices and you could have the makings of a powerful new way to view patient scans. Holography holds the key, says an innovative SME that is developing this technology with EU support.
Language, reasoning and learning are abilities powered by the neocortex, the folded grey matter on the outside of the brain. But how does its neuronal circuitry actually handle information? Using the example of syntax processing, new EU-funded research is exploring the physiological underpinnings of human cognition.
High risk, long term, multidisciplinary and collaborative frontier research, laying the foundations for radically new, next generation technologies – this is the essence of the Future & Emerging Technologies (FET) programme. But how do you communicate efficiently on such high level science projects without losing your audience along the way of science? How do you achieve the outreach you have always dreamt of?