An EU-funded project is probing antimatter, one of nature's great mysteries. In doing so, it is advancing technical developments in this research area, contributing to Europe's fundamental scientific knowledge and helping us understand the origins of the universe.
European science is missing out on talent as leadership positions remain predominantly occupied by men. To challenge this gender imbalance, an EU-funded project is helping research institutes support female staff in their research career and encouraging work-life balance.
How do you see the invisible in our Universe? Various types of detectors can be used, and an EU-funded project is making it easier to piece together the bigger picture from the different signals they observe. In the process, it is helping to strengthen Europe's position at the leading edge of research into the nature of the Universe.
Detectors at the accelerators of the European Organisation for Nuclear Research (CERN) help answer big questions about the Universe and support advances in fields such as medical technology. An EU-funded project is fostering collaboration on detector development to boost such scientific progress.
An EU-funded project is driving innovation and commercial interest in novel magnet technologies that are set to play a key role in deepening our understanding of the universe by means of a planned major upgrade of the Large Hadron Collider, the world's largest and most powerful particle accelerator.
How do planets form? How do they evolve? What could their past tell us about our own planet's future? An EU-funded project facilitating access to crucial data and top-flight infrastructure is placing planetary scientists in a better position to explore such questions as part of Europe's cutting-edge contribution to space research.
The EU-funded UPECBCG project set out to study the bladder's immune system, with the aim of advancing our understanding of UTI and bladder cancer to improve treatment of these diseases.
By conducting field-work and re-examining museum collections, the EU-funded ARCHOSAUR RISE project has shed new light on how archosaurs and such relatives as the dinosaurs diversified and rose to dominance.
An EU-funded project is setting in motion the future exploration of the building blocks of the universe, contributing to plans for particle accelerators three times bigger and many times more powerful than the Large Hadron Collider.
The European Spallation Source (ESS) will be the world's most powerful source of neutrons, a key tool in advancing materials science and technological progress. An EU-funded project has supported the development of ESS, which could lead to scientific breakthroughs that improve our quality of life.
