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Copernical Team
DLR Gottingen helps in the search for signs of life in space
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It's a weird, weird quantum world
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High-fidelity simulation offers insight into 2013 Chelyabinsk meteor
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Taking turns with Tapo Caparo: Sols 3766-37368
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Private firm to launch maiden rocket flight in Spain
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Asteroid has slim chance of collision course with Earth in 2046
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Launch of world's first 3D-printed rocket canceled at last second
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Earth from Space: Graham Coast, Antarctica
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Inspiring mocktail menu served up by Space Juice winners
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An impressive 70 mocktail recipes representing a wide range of flavours of ESA’s Jupiter Icy Moons Explorer (Juice) mission were submitted to the Agency’s #SpaceJuice competition in January.
Galileo: no way without time
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Europe’s Galileo is the world’s most precise satellite navigation system, providing metre-level accuracy and very precise timing to its four billion users. An essential ingredient to ensure this stays the case are the atomic clocks aboard each satellite, delivering pinpoint timekeeping that is maintained to a few billionths of a second. These clocks are called atomic because their ‘ticks’ come from ultra-rapid, ultra-stable oscillation of atoms between different energy states. Sustaining this performance demands, in turn, even more accurate clocks down on the ground to keep the satellites synchronised and ensure stability of time and positioning for