
Copernical Team
Helicopters Flying at Mars May Glow at Dusk

In simulated mission, astronauts obtained direct haptic feedback from robots they control on the ground

Astronauts in orbit could soon be using robots to explore lunar or planetary surfaces without having to expose themselves to the dangers of the extraterrestrial environment. A paper by Kjetil Wormnes and his colleagues based at the European Space Agency (ESA), Noordwijk, The Netherlands, published in the De Gruyter journal Open Astronomy, presents a simulated geological exploration mission in which, for the first time,astronauts in the International Space Station obtained direct haptic feedback from robots that they control on the ground, "feeling" objects that they manipulate.
Human interplanetary exploration is inspirational but it is still, largely, the stuff of science fiction; it is almost 50 years since somebody last set foot on the moon, and crewed expeditions beyond our satellite are still decades away.
During the last half-century, however, many missions have taken robots to planetary surfaces, and they can operate in conditions that are far too hostile for human astronauts, but they need direct human control if they are to undertake complex missions.
Looking four-ward to launch

ESA astronaut Samantha Cristoforetti is all smiles alongside her Crew-4 mates during a training session at SpaceX headquarters in Hawthorne, California, USA.
Samantha is the next ESA astronaut to fly to space and is expected to be launched to the International Space Station in spring 2022. This is the second mission for Samantha who spent approximately 200 days in space in 2015 for her Futura mission.
Samantha is launching with familiar faces. Fellow mission specialist Jessica Watkins was part of NASA’s NEEMO 23 crew, in which Samantha served as commander. The team spent 10 days living and working
Apply now for the 2022 YGT opportunities!

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Newly discovered asteroid just second of its kind

You may have heard of the Trojans, two vast swarms of asteroids that lead and trail Jupiter on its orbit around the Sun.
But the king of the planets doesn’t hold a monopoly on Trojan asteroids. The physics that gives rise to the formation of these distinctive collections of ancient rocks is the same for all planets – including Earth.
While the existence of Earth Trojans had been theorised for many years, the first direct observation of one was confirmed just over a decade ago. Since then, no second Earth Trojan
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ESA determines new 'space time'
