Quick google:
http://www.forbiddenknowledgetv.com...ta-imagesof-alien-buildings-on-comet-67p.html
External Quote:
On August 11, 2014 the YouTube publisher called "secureteam10" claims to have received an email sent through an anonymizing proxy server, from a spoofed email address, claiming to be from a current employee at the European Space Agency (ESA), which secureteam10 describes as a "Monumental find." Per the description, the emailed attachments were undoctored, raw images recently taken by the ROSETTA space craft of Comet 67P, revealing the true nature of the "space rock". Namely, that an outbuilding and a disk-shaped object appear on the unretouched version sent of this photo, differing from the images officially released. These are compared with one another, along with the alleged, decades-long, true back story that motivated this mission to capture images of this specific "space rock" out of so many others, out there. The publishers of secureteam10 say, "Stay tuned for updates as soon as we get them!"
And the video (why this had to be sent through so many hoops when it was publicly released is beyond me):
Typing up some points as I view it:
The ESA does not claim it was randomly chosen, and it was not from millions of candidates. Targets for probes are never randomly chosen. Orbital mechanics are a bizarre and nonsensical thing, and it's all ruled by delta-V. 67P was chosen because, out of the handful of candidates, it required by far the lowest delta-V for a landing attempt. Faster comets like Sliding Spring would take too much delta-V, sungrazers like ISON might not survive to the rendezvou time (and in fact it didn't), and short period comets tend to be too depleted from repeated passages to provide the data desired. 67P was chosen out of only a few remaining candidates, and not randomly.
Pretty much everything the email says about the comet is utter nonsense - and I'm not talking about the secret reasons for sending a probe or the alien stuff yet, but fundamental facts like what it's made out of, and even who launched the mission (despite claiming to work for the ESA, the email slips back and forth between talking about it as an ESA mission and a NASA mission).
The video makes a strong point of saying these are original undoctored versions of the images not released to the public, but they're all the same ones already available from the mission website and academic resources.
At 3:25, the video zooms in on a rectangular looking feature claimed to be a building. This feature does stand out, but it's not at all rectangular. It's near the limb of the comet, and is sharply sloped away from the camera, yet rather than appearing sloped to the camera, the face presented to the camera is the rectangular one. The features supposedly airbrushed out are still visible in the publicity images, the only manipulation done was the brightness adjustment to make it look less washed out.
The other structure is a "fuzzy circle" effect that's something seen in a lot of ROSETTA images. Quote from the ESA's CometWatch blog:
The central part of each frame has a circular "cloud" that is Not due to dust but a self reflection in the camera and is called Narcissus effect by optics designers like me. It is present on all dark frames in the Navcam.
There are also ROSETTA limb images where the dot is hanging out in space, with the exact same shape.
EDIT: Reading down that particular discussion on the blog, I actually think this might be referring to a separate effect also present in a lot of ROSETTA images and not the small fuzzy circles at the center of some frames.
The "unedited" image is actually the edited one, and the edited one the original - the ESA frequently uses 2x2 rasters from the Navcam to eliminate this and other artifacts and get better views of the comet (the camera's FOV is only about 5 degrees, the probe is too close to the comet to get full images with it anymore).
While I'm at it, a couple other related youtube videos:
In order presented:
UFO: Rock
Castle: Crater
Buddha: Rock that does not in any way look like a Buddha
Antennae: Rocks casting shadows
Arch: Rock (unlike an asteroid, it's conceivable that an arch could form on a comet, at least temporarily, but the shadow is in the wrong direction for an arch - it's convex, not concave)
Building: Rock, I'm starting to think this video isn't really trying.
Crumbled wall: Crumbled something. Guessing another rock. Also starting to regret picking this video to look at first.
Towers: Shadows. Considering they're laying sideways on the ground, kind of hard to call them towers, isn't it?
Platform: Plateau.
"Hairy rock or wtf": slightly blurry rock (note in the image they're using, the limb is blurry all the way around)
Worm: *sigh* seriously? There's two of these, the brightness has to be manipulated to bring them out, and when each one is brought out, the other can be clearly seen to be a solid ridge.
Roman Colosseum: Ok, you know what? You're done, get off the stage.
(stopped watching at this point because seriously?)
This one was actually a pretty exciting find, for the kind of people who get excited about slightly different holes on a rock full of holes (i.e. scientists). That kind of crater chain is something you find when a previously shattered object hits another object. There's a few such structures known on Earth (mostly 2 and 3 crater groups), and many on the Moon, Mars, Mercury, and the moons of Jupiter and Saturn, and of course we observed comet Shoemaker Levy 9 breaking up in the same way before it hit Jupiter. This is actually the second such impact chain ROSETTA has found, since it found one on asteroid (2867) Steins as well.
Exciting from a scientific standpoint, but not particularly interesting.
This one had me stumped at first, but a few things do stand out. The Navcam doesn't produce images with raster lines like that, and the control room for it is modern with LCD displays, lines like that would come not just from a CRT, but an OLD one at that. The Navcam can't track a moving object in real time. It also doesn't take video, though it can take pictures in short succession. Its resolution is substantially higher than that seen here. As the camera (or the comet) turns, there's no shift in perspective or shadows, everything stays entirely flat, even though the comet itself is anything but.
Conclusion: Cropped bits of a single larger Navcam image (or 2x3 raster) assembled to look like a video, with an object added. Note tiling artifacts around the object in the closely zoomed images.
Basically, 67P is exactly what you expect a comet to be: really, really boring, unless you're that special kind of nerd, in which case everything about it is really, really exciting.
I'm a special kind of nerd, of course, and the Philae lander pictures should be coming out later today or tomorrow, so I've been checking CometWatch and Bad Astronomy pretty heavily today.