Using both the television and the 16mm motion picture film, this presentation documents the first steps of Neil Armstrong on the moon, at 10:56pm EDT, July 20, 1969.
A moment of history the kid should see.
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Using both the television and the 16mm motion picture film, this presentation documents the first steps of Neil Armstrong on the moon, at 10:56pm EDT, July 20, 1969.
A moment of history the kid should see.
SCIENCE! Watching Mars Curiosity land last night was *extremely* exciting, but it was just as exciting to share it with the kid this morning.
We watched two videos: the one above focuses on the team at JPL and the one below also shows the animated simulation (which feels just slightly off from the action in the control room, but perhaps better illustrates for kids what’s going on).
And an exciting turn of events: the Mars Reconnaissance Orbiter got an image of Curiosity parachuting down! The inset clears the image up a bit.

The kid should see this. #understatement
High-res
From @MarsCuriosity:
No photo or it didn’t happen? Well lookee here, I’m casting a shadow on the ground in Mars’ Gale crater
Amazing. Amazing. Amazing. Congratulations and *thank you* to all of the scientists, technologists, engineers, mathematicians and everyone other super awesome person at JPL and NASA!
As of this post, Mars Curiosity is on her own, speeding quickly toward the planet’s surface and quickly toward its fate or future. From NPR:
Of 13 previous attempts to land space probes on the Red Planet over the past four decades, nearly half failed or immediately lost contact.
Those odds are enough to make tonight’s scheduled landing of NASA’s new rover, Curiosity, a tense, hold-your-breath moment. But the space agency’s plan to use a hovering, rocket-powered “sky crane” to lower the $2.5 billion, nuclear-powered robot 60 feet or so to the Martian surface almost guarantees it will be a suspenseful night at NASA’s Jet Propulsion Laboratory in Pasadena, Calif.
Just to complicate things, the rover’s rapid-fire descent and landing is entirely automated. With more than 150 million miles separating Earth and Mars, round-trip communications between Curiosity and its far-off human overseers would take nearly half an hour.
“Curiosity is on its own through all this,” says NPR science correspondent Joe Palca, who is monitoring the Mars mission in Pasadena. “Earth is too far away help if things go wrong.”
The communications lag is also why we won’t know whether the rover has successfully landed until 1:31 a.m. ET on Monday, even though landfall is actually scheduled for 14 minutes earlier, at 1:17 a.m. ET.
If you haven’t yet, watch the Seven Minutes of Terror video. But then know that, according to Curiosity herself, we may not know her status until much later than that! Phoning Home: Communicating from Mars.
For up to the minute updates, watch NASA TV live! bit.ly/MarsLive
NASA engineers take the Curiosity test rover to California’s Mojave desert to learn how to drive on Martian sand dunes.
Mark your calendars: the Curiosity Rover is still on target to land on Mars on August 6, 2012!