Video made from 400,000 photos of comet Churyumov-Gerasimenko (67p) taken by ESA's Rosetta spacecraft

In 2016 an exciting mission was ended. The Rosetta spacecraft made its final maneuver. A controlled hard-landing on the comet Churyumov-Gerasimenko (67p).

Before that, Rosetta accompanied the comet for more then 2 years. It researched valuable scientific data, brought a lander on to the comets surface, and took a vast number of pictures.

In 2017, ESA released over 40,0000 images from Rosetta's comet mission. Based on this material, Motion Designer Christian Stangl and Composer Wolfgang Stangl worked together to create this short film. The sequences are digitally-enhanced real-footage of the probe.

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Werner Herzog is making a documentary about meteorites

Fireball is Werner Herzog's forthcoming documentary "about meteorites and comets and their influence on mythology and religion," according to Variety. He's once again collaborating with British geoscientist Clive Oppenheimer, his partner on the volcano documentary Into the Inferno. From Variety:

The producers of “Into the Inferno,” Andre Singer and Lucki Stipetic, are both on board “Fireball.” Herzog and Oppenheimer will co-direct. They will once more go globe-trotting, this time to visit sites that yield insight into comets and meteorites and help them understand what they can tell us about the origins of life on Earth.

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Look at this comet's terrifically chaotic surface

Landru79 created this spectacular GIF from images captured in 2016 on the surface of Comet 67P/Churyumov–Gerasimenko by the European Space Agency lander Philae deployed by the Rosetta probe. The video is significantly sped up, compressing 25 minutes into a few seconds of intense action. But what exactly are we looking at in this pandemonium? From New Scientist:

Much of this apparent “snow” wouldn’t actually be visible if you were standing on 67P’s surface. It is made of cosmic rays – charged subatomic particles that flit across the universe. As they hit the camera’s sensors, they register as streaks of light.

Some of bright specks are actually snow – dust and ice particles floating above the comet’s surface. And many of them are stars behind the rocky cliffside on 67P’s surface.

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How big is the Churyumov-Gerasimenko comet?

With a nucleus size of 3.5×4 km, 67P/Churyumov–Gerasimenko seems like a mere speck. But Michel (@quark1972 on Twitter) shows what the comet would look like if it were gently set down in Los Angeles. I wish the city would commission a life-size replica as public art! (via io9) Read the rest

Requiem for a comet

Alas, poor ISON. The comet that flew too close to the Sun on Thanksgiving Day appears to have suffered the fate of Icarus — if Icarus had been ripped apart by a solar flare. The video above, taken by space probes on the opposite side of the Sun from Earth, provides a great view of the comet hurtling toward the Sun and then disintegrating. Although there's still some discussion over whether or not ISON still survives as a much smaller ball of rock, ice, and dust, NASA has officially declared the comet dead. Astrophysicist Karl Battams wrote a very nice eulogy. Read the rest

Coming tomorrow: Hot Sun-on-comet action

What happens when a solar storm collides with a comet? Back in 2007, a coronal mass ejection ripped the tail off of Comet Encke. (You can watch that happen in an awesome NASA gif.) Tomorrow, Comet ISON is due to fly closer to the Sun than Encke, during a much more active time in the solar cycle. Scientists are anticipating an awesome collision, like spectators at a demolition derby. Read the rest

Weird meteor shower to peak tomorrow night

The Geminids are one of the big deal meteor showers that happen every year. In fact, they're regarded as one of the most reliable and impressive. They're also a little strange.

Most meteor showers happen when Earth and a comet cross paths, slingling rocks, dust, and debris from the comet's tail into our atmosphere. The sudden influx of shooting starts that results is a highly noticeable event and humans have been recording them for millennia.

The Geminids are different. They sort of just appeared, seemingly out of nowhere, back in 1862. And it wasn't until the 1980s that scientists were finally able to identify the thing that was producing them. At which point, ish got weirder.

That's because the object, known as 3200 Phaethon, is really confusing. It doesn't seem to be a comet. At least, not a normal, healthy, functioning comet. It doesn't even have a tail. In fact, at this point most scientists think it's probably an asteroid, which then leads to still-yet-unexplained question of where all the meteors come from. Asteroids, after all, do not typically accumulate tails of small rocks. So far, the best guess has to do with 3200 Phaethon's orbit, which over the course of about a year and a half takes it closer to the Sun than Mercury and then back out further from the Sun than Mars. Those wild temperature swings might lead to the asteroid cracking and throwing off dust and debris, which then becomes meteors. But, as a NASA info page pointed out in 2010, that explanation doesn't totally cut it. Read the rest

Mark your calendar now for December 2013 comet-viewing party

Provided that the world does not end in December of 2012, you might have the opportunity to view a particularly impressive comet around Christmastime in 2013. The poetically named C/2012 S1 (ISON) will pass at a-safe-yet-great-for-viewing distance from Earth, after first passing close to the Sun — a combination that promises to produce a beautiful tail and fabulous comet-spotting opportunities, especially in the Northern Hemisphere. Read the rest