It might surprise most people to learn that multitudes of knots tied in cords and thin ribbons have probably traveled on every interplanetary mission ever flown. If human civilization ends tomorrow, interplanetary landers, orbiters, and deep space probes will preserve evidence of both the oldest and newest of human technologies for thousands, if not millions of years.
It's an active time in interplanetary exploration! Curiosity has begun roving Mars, and Opportunity's not wasting any time either. Dawn has just departed Vesta and begun the more than two-year cruise to Ceres. Juno is in the middle of a big deep-space maneuver, setting up next year's Earth flyby.
If you've been obsessively checking the Curiosity raw images websites for new pictures from Mars, you might have noticed something weird: a bunch of Mastcam images and a few from MARDI that are black-and-white instead of color, and which have a peculiar checkerboard pattern.
The top of the mountain has finally been filled in, and Damien Bouic has produced what I think is the definitive version of Curiosity's first color panorama.
Completing a multi-part guest blog series by Curiosity systems engineering team lead for the Surface Sampling and Science system. Part 4 explains the lengthy process of testing and using the system for the first time.
Ray Bradbury explored Mars, and the future of humanity, through words and ideas--vehicles of the imagination. He was a visionary author and, through his writings and lectures, was a direct or indirect mentor to so many of us involved with designing, building, and operating the actual space vehicles of today. I think it is so fitting, then, that the MSL team has memorialized Ray's contributions to the exploration of the planets -- and especially Mars -- by naming Curiosity's landing site in his honor.
Posted by Emily Lakdawalla on 2012/08/21 09:58 CDT
Governor Brown has declared August 22, 2012 "Space Day." I'm not sure what it means, but I love the repeated use of the word "whereas."
Posted by Daniel Limonadi on 2012/08/21 05:34 CDT
Continuing a multi-part guest blog series by Curiosity systems engineering team lead for the Surface Sampling and Science system. Part 3 explains why drilling is hard, and what the team is doing to prevent things from going wrong.
Notes from this morning's press conference. Curiosity has successfully steered the corner wheels and deployed and restowed the robotic arm. ChemCam tests went well over the weekend. But one of the two wind speed sensors in REMS appears to have suffered permanent damage during landing.
Continuing a multi-part guest blog series by Curiosity systems engineering team lead for the Surface Sampling and Science system. Part 2 explains the science instruments SAM and Chemin.
Damien Bouic took Curiosity's Hazcam images of Aeolis Mons / Mount Sharp and merged them with a beautiful 360-degree Navcam panorama to give us our first look at what the view will look like once the mission finally gets higher-resolution images that include the mountain's peak.
Some notes from this morning's Curiosity press briefing: the rover will be driving to "Glenelg" to investigate the "high thermal inertia unit." I explain what that means, with psychedelic Odyssey THEMIS images of the landing site.
In the space Olympics, the U.S. just won gold. So what, in the scheme of things, is the justification for the draconian budget cuts to NASA’s planetary program that threaten scientists’ carefully thought out plans for exploring the solar system in the coming decade?
The opening of a multi-part guest blog series by Curiosity systems engineering team lead for the Surface Sampling and Science system. Part 1 explains the robotic arm and the Sample Acquisition, Processing and Handling subsystem.
I'm hosting this week's Cosmoquest Astronomy Hour, and rather than having a special guest I'll be speaking myself about what's going on with Curiosity, and will leave lots of time to answer people's questions. Join me at 1600 PDT / 2300 UTC at cosmoquest.org/hangouts.