The most recent Success stories from EU Research. Select a theme or country from the menus on the left to see more articles
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A mini satellite launched by an EU-funded project is demonstrating a range of cutting-edge technologies to improve the performance, cost, stability and longevity of small space-based platforms for applications such as atmospheric monitoring, Earth imaging, communications and aerospace research.
Published: 12 January 2018
Space exploration demands high performance on-board computers with low power requirements that can survive the rigours of aggressive radiation. The EU-funded APEX project has developed the advanced technologies needed to design an ultra-reliable processor for future space missions as far away as Saturn and Jupiter.
Published: 11 September 2017
Published: 31 January 2017
Heading out beyond Jupiter, the light from our sun gets very dim. And even close to home, space exploration can't always draw power from the rays - e.g. on Mars, at night or during the planet's fierce dust storms. Another option involves generating electricity from an inbuilt heat source. EU-funded research has combined acoustic waves and electromagnetism to do so.
Published: 26 October 2016
Published: 24 October 2016
Today's most ambitious planetary and lunar exploratory missions pin their hopes on rovers to capture scientific data. Getting the rover to move around is complex and can rely among other technologies, on a harmonic drive. Crucial to positioning, this special gear is light in weight, compact and accurate.
Published: 9 November 2015
The TeraComp project has developed a state-of-the-art 'terahertz receiver' that may help detect traces of life in space. The technology could be used in a 'sub-millimetre spectrometer' for measuring wavelengths of light during the first ESA mission to Jupiter's moons, planned for launch in 2022.
Published: 2 October 2015
Thriving settlements on Mars, mining operations on the moon, exploration teams heading out into the universe - humankind may one day be able to establish a presence far beyond its home planet. The EU-funded SR2S project strives to remove one of the main obstacles by developing a magnetic shield to protect astronauts from radiation in deep space.
Published: 18 May 2015
Flying robots can help people out in dangerous situations. Unmanned vehicles with dexterous arms can pick up and carry objects, or build simple structures. Futuris travelled to Seville where engineers are testing this new technology.
Published: 5 February 2015
In more than 15 years since the first vehicle drove on the surface of Mars, no rover has had the ability to make its own decisions about where to go and what objects to examine. This has limited rovers' capacity to explore a planet with varied landscapes that include sand dunes, steep cliffs, or valleys deeper than the Grand Canyon. The European Union (EU)-funded project PRoViScout has developed a navigation system that enables a rover to decide on its own which geological features to inspect.
Published: 8 December 2014