The unequal development of industry is a major challenge in Europe. The EU-funded EPIC project created a new Centre of Excellence in Hungary, focused on cutting-edge industrial technologies such as digitalisation, big data analytics, robotics and artificial intelligence. The facilities and training programmes will boost local industry and support a new generation of high-skilled workers.
Airborne pollutants are a threat to researchers and citizens alike. Using low-cost sensing technologies, the EU-funded VIDIS project hopes to deliver more accurate assessments of particulate matter exposure. Routine monitoring of air quality could offer significant health benefits for EU citizens.
Miniature medical devices have the potential to screen, monitor, diagnose and treat a range of body functions, conditions and diseases. But implanting these devices into the body requires safe, non-toxic materials. The biocompatible materials developed by the EU-funded BioWings project could open the door to a new era of medical innovation for EU citizens and the world.
Materials used in medical implants such as pacemakers and insulin pumps can be hazardous to the body. The EU-funded BISON project seeks an alternative in self-assembling peptide building blocks. These biological electronics offer citizens safer implants that could be powered by the body itself.
Scientists are currently working to develop next-generation computer systems which can process information quickly and flexibly but are also energy-efficient. The EU-funded SWING project also actively contributed to this goal. Their research has produced an innovative new method that could prove key to bringing these 'super computers' from the drawing board to reality.
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.
An EU-funded project is enabling efficient intra-chip and chip-to-chip communication via a new type of silicon capable of emitting light. It is demonstrating a technological breakthrough that could revolutionise the electronics industry and make devices faster and much more energy efficient.
Metasurfaces can manipulate electromagnetic energy far beyond the limits of natural materials. An EU-funded project has developed a multifunctional and more accessible version that could enable easily programmable, smarter environments.
EU-funded researchers and partners are pushing the boundaries of the laws of physics, developing nanocomposite materials and nanoelectronic circuits to greatly improve energy, thermal and computing performance. This could make smartphones and other electronics more efficient and boost the potential of solar power.
Pioneering EU-funded research on new solid-state batteries is paving the way for tiny yet powerful batteries for safer and better space applications. Industry partners are advancing with plans to commercialise the thin-film energy-storage technologies and processes at the heart of the project.
