
Copernical Team
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Dust storm grounded Mars helicopter, but it's ready to fly again

NASA prepares final rocket tests for first Artemis moon mission launch

NASA Offers $1 Million for Innovative Systems to Feed Tomorrow's Astronauts

NASA solar sail mission to chase tiny asteroid after Artemis I launch

Launching with the Artemis I uncrewed test flight, NASA's shoebox-size Near-Earth Asteroid Scout will chase down what will become the smallest asteroid ever to be visited by a spacecraft.
A un año del mandato de Biden, la NASA mira hacia el futuro

NASA to Discuss Webb’s Arrival at Final Destination, Next Steps

Update on Yutu-2 rover findings from far side of the moon

China satellite in close encounter with Russian debris: state media

A Chinese satellite had a near collision with one of the many chunks of debris left by the fallout of a recent Russian anti-satellite missile test, state media reported.
Moscow blew up one of its old satellites in November in a missile test that sparked international anger because of the space debris it scattered around the Earth's orbit.
US officials accused Moscow of carrying out a "dangerous and irresponsible" strike that had created a cloud of debris and forced the International Space Station's crew to take evasive action.
Russia dismissed those concerns and denied that the space debris posed any danger but a new incident with a Chinese satellite suggests otherwise.
In the latest encounter, China's Tsinghua Science Satellite came as close as 14.5 metres from a piece of debris, the state-run Global Times reported late Wednesday.
The "extremely dangerous" event happened on Tuesday, the report added, citing a social media post by Chinese space authorities that has since been removed.
Space debris expert Liu Jing told the Global Times that it was rare for debris and spacecraft to be just a dozen metres apart, adding that the probability of collision this time was "very high" and should theoretically have called for evasive action.
How scientists tested the supersonic dynamic characteristics of the Tianwen-1 Mars Entry Capsule
