A crew of four astronauts will embark on a ten-day trip around the Moon at the beginning of next year.
It's finally happening - more than 50 years after the last human set foot on the lunar surface, NASA's Artemis program is finally about to send astronauts back to the Moon.
While Artemis II won't actually land on the surface (that will be the next mission after this one), the flight will see a crew of four astronauts spend over a week in space to test out all the technology.
"We together have a front row seat to history," said NASA's acting deputy associate administrator Lakiesha Hawkins.
"The launch window could open as early as the fifth of February, but we want to emphasize that safety is our top priority."
The astronauts going on the mission will be NASA's Reid Wiseman, Victor Glover and Christina Koch, as well as Jeremy Hansen of the Canadian Space Agency.
They will be the first humans to venture beyond near-Earth orbit since 1972.
"They're going at least 5,000 nautical miles (9,200Km) past the Moon, which is much higher than previous missions have gone," said lead Artemis II flight director Jeff Radigan.
If successful, Artemis II will pave the way for Artemis III - the actual manned Moon landing - which should take place sometime before the end of the decade.
I was in front of the Ford Philco sucking a bottle of goats milk, witnessing first hand and can't remember a thing. ? I vaguely remember the other ones but it could be the Edmund Scientific books I had back then that I'm remembering. ?
I always liked 2001: A Space Odyssey (the original novel that is). Ironically, we seem to have achieved something closer to HAL 9000 faster than we've sent anyone back to the Moon.
Hopefully, they can get this mission off the ground and completed safely. It would be a tremendous accomplishment to get this sort of exploration started again. On a side note, that group photo looks AI generated to me. Not sure what it is, it just has that 'feel'.
I think that all depends on how you define 'we'. Maybe not in the next few centuries but when we start thinking in millennia technological evolution can make gigantic leaps.
Sure, thinking in millennia gives us room for growth - but the leap required to actually leave the solar system is on another level. We are talking unimaginable distances, brutal travel times, and physics that arent exactly negotiable, with the speed of light acting like a hard cosmic speed limit. But then again, you never know - right?
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