A new innovative model allows health organisations across Europe to access new technologies through collaboration with IT companies. Some 22 solutions improving healthcare staff and patients’ daily lives have been developed using this model by the EU-funded inDemand project. And more will come soon, promising an even bigger boost in the drive to provide citizens with high-quality healthcare.
Many fear that automation could lead to severe unemployment and that our education systems are not fit for purpose. To address these concerns, the EU-funded TECHNEQUALITY project is examining the potential social consequences of our digital age. The findings could help governments to devise policies that maximise economic growth to benefit citizens, whilst mitigating potential social harm.
Reacting efficiently to natural disasters calls for extensive training, effective technologies and well-oiled strategies. The EU-funded DRIVER+ project provides just the means to these ends, due to its unique test bed and portfolio of solutions. Trials in four European countries already show much promise and will help contribute to ensuring citizens' safety.
While information technologies have opened up new business opportunities, they have also left companies exposed to new threats. Smaller companies in particular are often ill-prepared to defend against cyberattacks. An EU-funded project has developed new tools to help businesses, and by extension citizens, protect themselves better and have made these available on an easy-to-use platform.
Technology developed in an EU-funded project for high-energy physics experiments also has the potential to greatly enhance the sensitivity of PET scanners for medical imaging.
When COVID-19 was declared a global pandemic by the WHO, an EU funded research project immediately stepped up to the plate. BioExcel, one of Europe's leading centres for computational biomolecular research, gave priority access to its supercomputing facilities and cutting-edge software. This will help researchers and innovators across Europe in the fight against coronavirus.
Cutting-edge photolithography technology developed by an EU-funded consortium has enabled the launch of a new generation of high-performance smartphones featuring powerful and efficient 7nm-node mobile processors.
For years, environmental scientists across different disciplines have struggled with the same technical challenges. In response, EU-funded researchers have created a community where scientists can pool their resources to find joint solutions to common problems.
The development of autonomous driving systems is currently a focus of research for the automotive industry. An EU-funded project has moved work forward in this area by developing an advanced driver-assistance system that can work safely and reliably in all weathers.
What, exactly, will it take to transition to a low-emission society? Where can we make improvements? Will they be sufficient? How do the options combine? EU-funded researchers have produced a website where users can mix and match possible solutions and explore how these choices play out across key areas.
