Low res, but what are you gonna do for the first set of images the nuclear powered rover has managed to snap? Note that these are in true color, though if what I heard on a mission press conference is any indication, might have been brightened somewhat due to low light conditions when the work started.
Ohhhh, this is just too damn cool. I had no idea Curiosity was so kitted out!
On its way to the Gale Crater, right now, is NASA’s Curiosity rover, the most sophisticated robot in the history of space science: a dune buggy equipped with a set of tools and instruments to shame Inspector Gadget. Curiosity can vaporize rock, analyze soil samples, gauge the weather, and film in HD. It’s due to touch down in the Gale Crater on August 5, completing an eight-month journey through the local solar system. Once it lands, the rover will begin a slow ascent up Aeolis Mons, the mountain in the crater’s center, probing its layers for signs that Mars once supported life. It will also collect new data about the surface of Mars, which NASA will use to determine the feasibility of future manned missions there.
A few weeks ago I visited NASA’s Jet Propulsion Laboratory in Pasadena, California, to talk with Michael Mischna, a planetary scientist who works on the Curiosity team. What follows is our conversation about Curiosity’s mind-blowing technologies and what those technologies might tell us about the history of Mars.
Think about what we’re actually doing this for: to find water on Mars. To find, potentially, evidence that life once existed — or exists now — on Mars. Because we’re CURIOUS.
Of course, first it’ll have to survive seven minutes of terror:
This is ambitious. This is crazy. This is the sort of thing science alone can achieve.