Juno is the first mission to study Jupiter since Galileo in the 90s and will arrive around July of 2016. The new imaging event on this encounter will be seeing the poles of Jupiter for the first time in great detail. The camera fitted to Juno are specifically for public consumption and promotion and less about science. It will be nice to have an instrument specifically dedicated to securing amazing images.
Archive for the 'Jupiter' Category
We posted a similar image of an Io and Europa mutual event from the New Horizons mission a few years back when it zipped past Jupiter on its long journey to Pluto. Our hero of freelancer image compositing Gordan Ugarkovic now presents to us a much better view.
I count at least 4 if not 5 active eruption on Io in this version. The level of detail improvement from the same encounter is amazing. Old missions keep getting newer.
“This movie is different from similar Voyager movies because I’m keeping Jupiter’s size constant. This is accomplished by reprojecting the source images to simple cylindrical projection and then rendering everything using the same viewing geometry. I also sharpened the images a bit to better reveal various details.” — Bjorn Jonsson
The time lapse estimation is about 10 Earth hours per second. Special thanks to unmannedspaceflight.com for all the awesome.
This is a reprocessed image of Jupiter’s Great Red Spot from the 1979 Voyager 1 encounter with the planet. Old data like this is being crunched by people like Bjorn Jonsson to create new and better detailed images that were not possible when the data sets were originally acquired. For comparison, just take a look at the “official” NASA release of the same image data from back in ‘79. I do need to begrudgingly note that the contrast and sharpness have been artificially exaggerated in this newer image for appearance.
Paul Schenk has been taking new and old data from missions to the various moons of Jupiter, Saturn, Uranus and Neptune and building 3-D models of what it might be like to fly through some of their more fascinating features. These are renders built from actual images, so often you might see areas of lower resolution due to a lack of better mission data. The one posted above of Hi’iaka Montes on Io is one of the best on his youTube page as the data available from the region is mostly in high resolution with few gaps.
I had really always thought it would be so cool to do a poster set with great design for each of the planets. I actually started a design for the Cassini at Saturn mission, but have yet to complete it. Sure enough someone comes along and knocks the whole system out in one fantastic series. Beat me to it!
This is so nice, but I am furious that I didn’t get to design this. This is Information design at it’s best naturally by National Geographic. You can see 50 years of robotic planetary exploration at a glance. It even includes failed missions represented by darker desaturated lines. As far as I can tell the cream colored lines are US and the red ones are Soviet. Interesting to see how many of those lines go dark around Mars.
Now where does one purchase such a thing? Perhaps this month’s issue of NG? Here is the link to it on their site complete with zoom viewer and them some kind samaritan posted a hires version to flickr.
I usually do not go for montages of planets for a variety of reasons, but this family portrait of the 4 Galilean moons of Jupiter is quite gorgeous. They are easily the most fascinating and beautiful bodies of our system of worlds, save for perhaps Saturn and its rings.
Another work of art by Ted Stryk whose old blog Planetary Images from Then and Now has come back from the dead with vigor!
Barely 15 years after Comet Shoemaker-Levy slammed into Jupiter, another large object hit Jupiter this month when nobody was looking. This image was taken 4 days after the event and displays an Earth-sized scar in the upper atmosphere of the planet. The object that did the slamming is estimated to have been about the size of several football fields. This should be a fairly rare event, although twice in 15 years is literally a blip on a celestial time scale.
Not to re-post old material, but our iPhone planetary skins were recently posted to fuelyourcreativity.com for free download. So I thought I would just remind everyone and maybe direct a little traffic love their way.
It is final. NASA (and ESA) have selected the next flagship mission to the outer planets. The target is the Jupiter system, and by “system” I do mean system. NASA’s side of things will concentrate on a Europa orbiter which will observe Jupiter’s moon in details that we have never seen before. See this youTube video for a good overview. The last time we were near Europa enough to make close observation was with Galileo, but problems with that spacecraft resulted in a limited amount of data that one would expect from such a long orbiter mission such as Galileo.
Beyond Europa, the mission will also be close enough to do great observations of its closest neighbor, Io, as well – of course – as it’s host planet Jupiter. Also worth noting is the possible adoption of an Io specific orbiter as part of the New Horizons class of spacecraft whose targets for the next decade have yet to be determined.
Lastly, and certainly not at all a small thing… ESA will be running a Ganymede orbiter to work in tandem with the Europa mission. The two missions are more like partner missions such as the 2 Mars rovers than separate ones. They seem to planning for them both to arrive at the same time (or even launched from the same rocket, is that even possible?).
The two 80’s Voyager missions to Jupiter were one of the highlights of the decade in planetary missions. There were some images from the two Voyagers that were closer in detail that we can hope to do from Earth orbit, but this image above comes close. You wouldn’t know this was not a Voyager, or even a Galileo mission image except for the fact its not. Hard to imagine that only 20 years ago we couldn’t see a single detail on Ganymede’s surface without actually sending a probe to the Jupiter system. This view from Hubble is, “so sharp that astronomers can see features on Ganymede’s surface, most notably the white impact crater, Tros, and its system of rays, bright streaks of material blasted from the crater”.
“Jupiter in infrared light, taken on the night of 17 August 2008 with the Multi-Conjugate Adaptive Optics Demonstrator (MAD) prototype instrument mounted on ESO’s Very Large Telescope. This false colour photo is the combination of a series of images taken over a time span of about 20 minutes, through three different filters (2, 2.14, and 2.16 microns).”
See Centauri Dreams for more.
Download this pdf to check out these soon to be produced desktop globes of Jupiter’s moons and contact them about any interest in buying them here. These are cardboard-substrate globes on simple plastic bases, but they still look pretty cool. Even at the high price of $300 (a pre-production estimate) – I have to say that I am pretty tempted.