With the term “selfie” trending the way it is in popular culture… it was wise for the people at ESA to try a robotic interplanetary version. This image was shot by the Philae lander (still attached to Rosetta) staring down one of Rosetta’s solar panels looking at comet 67P/C-G in not-too-far-off distance.
Worth noting this similarly happened here at Mars in 2007.
Discover online has an article today about some of the best in amateur space imaging. Many of which have been featured here on Wanderingspace before like Gordan Ugarkovic, Emily Lakdawalla and Bjorn Jonsson to name a few. The last item from Bill Dunford of Riding With Robots is an image that he actually suggested NASA point their HiRise cameras at that location. He suspected they might find something interesting there and they did —flash water movement and evidence of avalanches.
New global mosaic Voyager 2 images of Neptune by Björn Jónsson.
Comet Churyumov-Gerasimenko (aka CG-67P) is showing the early formation of it’s jets. Those jets are what cause the formation of the most distinguishing characteristic of any comet — it’s tail. The Rosetta spacecraft is currently in orbit about the comet and it is assumed that as the pair orbit closer to the sun, these jets will become much more active and should provide quite a show for us. The Rosetta team has also recently shared the potential landing sites for it’s Philae Lander in November shown here.
Mike Mongo (of OBEY fame) is now with Icarus Interstellar whose goal is the first interstellar mission before the year 2100. Please consider crowd-funding Humannaires!, his astronaut instruction manual for pre-teens. It is time for humanity to leave the nest and they just might be the generation to do it!
Amazing new looks at some pretty old data (Voyager at Neptune in 1989). Thanks to Machi at Unmanned Spaceflight.
Dramatic view and the highest resolution of the comet so far filling the view. See also this version (if you have 3-D glasses handy).
One of the best images to ever grace this blog has to be Don P. Mitchell’s re-renderings of Venera 13 and 14. A miraculous re-rendering of Soviet-era data to create a whole new “human eyes” look at the surface of Venus (I also took the liberty of (artistically) colorizing those images as well). Now Ted Stryk — no stranger to these pages — has taken a shot at Venera 9 and 10 as well. The results are not as amazing as Don’s earlier work but that is simply due the missions having a more limited set of data. I must add that it is pleasing to see Ted’s (a scientist) colorizing is similar to our own (not a scientist).
See the whole story of how Ted’s images were made here.
Rosetta has officially arrived at 67P/CG and here is today’s look. These images have apparently been brightened considerably as the comet is supposedly darker than fresh asphalt. It would be good to see what that actually looks like, perhaps something will surface.
Image from 130km. Each pixel is about 2.4 meters.
This mission is just not getting enough public attention. Launched in 2004, the mission has already flown by Mars and two minor asteroids 2867 Šteins in 2008, and of 21 Lutetia in 2010. However, the real target of the mission is coming this week… a comet with the unforgivable name 67P/Churyumov–Gerasimenko. Rosetta will go into orbit around the comet and observe it for the coming months as it nears the Sun which will cause it to start acting more like a comet and forming the familiar tail. As if that were not enough, a small lander named Philae will attempt to land and attach itself to the comet in November.
Apparently there are a whole lot of geysers on Enceladus, more than 100. Well only one more, but there are sure to be others. Most of the geysers spotted so far appear along the four noticeably visible “tiger stripes” that appear in the southern hemisphere.
These are two of the most recent images to come from Cassini on this hot region of this medium sized moon. Nice seeing the detail on the geysers in the dark regions of the images where you can actually see where they are originating from on the surface.