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I am sure that some of you are wondering how this happened?   Why did Pluto get demoted?   We can some this up in one word – ERIS. If you like this post please hit the +1 button at the bottom of your page or the LIKE button.  We thank you! Learn how to use the power of astrology to transform your life from one with frustrations to one that works! To celebrate the Hive Overmind's Discover Magazine's new picture gallery software, I've collected my favorite pictures of all the planets in our solar system and put them together here for your viewing awesomeness.
There are literally millions of pictures of our nearest star, ranging from images of it as a plain, spotless disk to incredible close-ups of the roiling, churning surface and explosive flares.
MESSENGER is doing a series of gravitational loop-de-loops to get to Mercury, and has passed the planet three times already.
In 2004, I was able to witness an almost literally once-in-a-lifetime event: the Transit of Venus across the Sun.
While I watched the 2004 transit myself with my own eyes, NASA's solar-observing TRACE satellite saw it as well. At closest approach, Rosetta skimmed the Earth at a distance of just 6000 km (3600 miles) above the surface! The crater is about 10 km (6 miles) across, and is a candidate location for ice frozen under the surface. By now you've probably figured out that I'm partial to crescent and gibbous (that is, more than half full) planet pictures.
The image above is from Hubble Space Telescope's NICMOS camera, which can see infrared light.
Pluto crosses Neptune's orbit, but due to the timings of their motion they never get very close; Pluto is in no danger of crashing into Neptune.
Either way, the image here was an awesome achievement: amateur astronomers on Earth were able to take pictures of Pluto that actually show its moon Charon! I love this picture (as well as another released at the same time of more planets orbiting a different star): it is solid evidence that we are learning more about our Universe everyday, and that questions we have had for centuries, for millennia, are answerable if we put our considerably clever minds to them. Phil Plait writes Slatea€™s Bad Astronomy blog and is an astronomer, public speaker, science evangelizer, and author of Death From the Skies! As for the release date, it is said that the first true graphics unit based on the Radeon HD 8000M series would be showcased by atleast one manufacturer with their All-in-One desktop solutions at the CES 2013 event.
Note:Crediting this image with the full credit line, in a visible way is MANDATORY, if you want to use it without paying a fee. I didn't just pick them for their beauty, but also for the story they tell, what happened behind the scenes, and simply because they're cool. Those aren't sunspots: they're the International Space Station and Space Shuttle Atlantis silhouetted in front of the Sun! Because it never strays far from our central star, Mercury is always low to the horizon at twilight and difficult to observe.
Because of the odd geometry of our sister planet's orbit, it crosses the Sun's face in pairs: one transit following the other after a period of about 8 years, but then no other for over a century.
Pictured above, you can see the transit in visible light (top) -- scattering of sunlight by the thick atmosphere of Venus makes it look like a complete ring -- ultraviolet (bottom left) and the far UV (bottom right). This remarkable shot was taken by the European Space Agency's probe Rosetta, which will rendezvous with a comet in 2014. It shows the rim of the crater Erlanger, located almost at the Moon's north pole at a latitude of 87A°. Scientists have recently discovered that the Moon has quite a bit of water ice trapped under the surface dust, and places like Erlanger -- which never see the warming rays of the Sun, even after billions of years -- may have huge reservoirs of water eternally frozen at their bottoms. The sand is made up of dark gray basalt, and is heavier than the much finer-grained red dust which covers it.

To get there (like MESSENGER and Rosetta in the Mercury and Earth pictures in this gallery) it needed a little help. It took a 3x3 picture grid of the planet, then repeated it twice to get it through red, green, and blue filters.
That's because from Earth, the only two planets we see as crescents are Mercury and Venus; the outer planets are always "full" because of the geometry of the way they're lit from our viewpoint. At a distance of three billion km (2 billion miles) form the Sun, it's actually visible to the naked eye under excellent conditions.
It shows the planet, of course, and its rings, but also 10 of the giant planet's moons, as well as an incredible band of storms raging across the cloud tops. While the one I decided to post here may not grab you as instantly as those would have, I wanted to use it because I think it's really cool.
So this picture taken by New Horizons is from a long way off: 4 billion kilometers, in fact! Given that the moon wasn't discovered until 1978, by a professional astronomer using a big telescope, getting this shot really was an incredible accomplishment.
It was observing the bright star Fomalhaut, which you actually can't see in the image because its light was blocked purposely so that fainter material around it could be seen (just like when you look for an airplane near the Sun and block the sunlight with your hand). According to a report by Sweclockers, the Radeon HD 8000M series is specifically designed for laptops, netbooks, ultrabooks and other tablet devices and would arrive in the very beginning of Q1 2013. Like us, tweet to us or +1 us, to keep up with our round the clock updates, reviews, guides and more. Each picture has a brief description, a link to the original higher-res version, and also a link to a blog post I've written with more information.
That's why NASA sent the MESSENGER probe to the smallest planet: to get close-up images and take all sorts of data which will help us understand this hot, dense world. It shows two prominent fresh craters on the airless planet, but also a series of vast, world-spanning rays: plumes of material ejected from an impact. It needed a little gravitational assist to get there, so it swung by the Earth three times (and Mars once).
From that location the Sun is perpetually on the horizon, so the crater floor is never illuminated.
This would make Erlanger a good place to have a lunar base: water is abundant, and solar cells along the rim would deliver power 24 hours a day -- sorry, I mean 655 hours a lunar day.
There's enough air -- mostly carbon dioxide -- to have a Martian version of weather and wind.
So when a dust devil sweeps over the ground on Mars, it lifts up the red dust and blows it away, revealing the gray sand underneath.
So in 2001 Cassini passed by Jupiter, stealing a little bit of Jupiter's energy and boosting itself to a higher speed.
That way, astronomers back home could stitch them together to make this beautiful and moody true-color picture of the solar system's biggest planet. The rings appear darker than usual, and that's because on the day before this picture was taken, Saturn experienced its spring equinox. The colors of the clouds indicate depth: blue comes from deeper clouds (methane in the atmosphere absorbs red light-- the same reason deep water looks blue), yellow and gray from high clouds and haze, and the orange and reds from extremely high clouds. It was taken by the New Horizons probe, a relatively small but ambitious mission that is sending the probe flying past Pluto in 2015. Well, a lot of people still hold Pluto dear in their hearts so that's a good reason to include it. Amazingly, the telescope used for this image was a 35 cm (14"), far smaller than the one used to discover Charon, and in fact this image is far superior! The ring is a vast torus of dust leftover from the formation of the system, and we knew from its shape there might be a planet near it.

Permissions beyond the scope of this license may be available on the Terms and Conditions page. Because the Sun is so bright, the exposure time is very short, freezing out the usual atmospheric blurring. Their existence had been inferred from earlier observations, but this was the first time they had been directly seen. Also, planets around other stars have been detected when they transit their stars, so observations like this in our own solar system give us insight into the physics of these events. When it was still over 600,000 km (360,000 miles) from Earth on the third pass in November 2009, it snapped this incredible picture of our home planet. The rim, however, sticks out above the rest of the surface, and can be lit up by the low Sun.
When warm air rises off of the sunlight-heated ground there, it can punch through the cold layer and create dust devils, mini-tornadoes (the same thing happens on Earth, too). And when dozens of them do it in one region, you get this incredibly beautiful Martian calligraphy.
It didn't get all that close to the big planet -- 10 million kilometers (6 million miles), or 25 times the distance of the Moon from the Earth -- but its powerful cameras were able to take this stunning half-Jupiter shot. The detail on the original are incredible; you can see hundreds of small storms raging across the planet, as well as subtle colors and other features. Its rings were discovered in 1977, and directly seen for the first time in 1986, by the Voyager 2 probe. Also note the angle of the planet: it orbits the Sun tilted over "on its side", so even from Earth we can trace the rings circling all the way around the planet.
And if you prefer, then think of this entry as being an example of a big Kuiper Belt object.
But it wasn't until 2008 that we finally clutched the Holy Grail: a bona fide, 100% confirmed direct image of one of these planets. And sure enough, an image from 2006 was compared to one taken in 2004, and a moving dot was found: the planet Fomalhaut b. That makes the picture extremely crisp and details easy to spot -- see for yourself in the super-high-res version. We'll learn a whole lot more about Mercury when MESSENGER finally settles into orbit in March 2011. It was still approaching at the time, coming in from an angle that made the Earth appear to be a thin crescent.
When it arrives, it will deploy a lander that will touch down on the surface of the comet and study it up close and personal, giving us our best view yet of these objects. It orbits the star at a distance of 16 billion km (10 billion miles), much farther out than Neptune is from the Sun. So the rings appear dark, and with Saturn half-lit the way it is, this picture is more brooding than most cheery, well-lit pictures of the ringed planet. Pluto and Triton have quite a bit in common -- they're about the same size, temperature, and have the same atmospheric composition -- so this was a good practice shot for the mission. That's why we could see it at all; had it been much closer it would be lost in the glare of the star, a billion times brighter.
Sure, the famous shot of the back-lit planet with the Earth peeking between the rings is more famous, but this one has a depth and a color to it that really appeals to me.
It also gives me a lot of confidence that when it does pass by Pluto, we'll get some amazing pictures.

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