Compared to airliner for scale:
http://sploid.gizmodo.com/look-at-the-size-of-that-comet-rosetta-is-chasing-compa-1653147476
Cool. Now what?
Compared to airliner for scale:
http://sploid.gizmodo.com/look-at-the-size-of-that-comet-rosetta-is-chasing-compa-1653147476
Here is the the Flicker of some cool images.
https://www.flickr.com/photos/europeanspaceagency/sets/72157638315605535/
Oh yeah, by the way, if that thing crashed into earth, how much of it would survive the burn and impact the surface you think? Enough to jack our shit nicely?
They should have just landed the airliner on it when they had the chance, instead of dicking around with a probe.
It looks like it bounced off twice as it landed and drifted significantly (1 KM). The active landing system designed to anchor it to the surface failed completely. It may even be lying on it's side with damaged solar panels and in a poorly lit area.
Source:
Philae Stuck On Rocky, Poorly-Lit Area Of Comet's Surface
French:
https://www.youtube.com/watch?v=cRDtME4BcBM#t=53
It is now stable and communicating with the orbiter. The bounces lasted for an hour each and the new location is extremely rugged. Most instruments have been activated using the battery which is good for 50 to 55 hours. According to the scientists, extraordinary data has been collected already.
More to follow on EESA
From the surface:
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Rosetta: Comet lander Philae now stable - scientists

Is this assuming a rocky meteor as opposed to an easily-liquified comet?If it hits the ocean, and you are 200 miles away, here's what its like for you:
52 mile diameter crater by 1/2" mile deep in ocean floor
64 mile diameter fireball appears 75 times larger than sun from 200 miles away
500 times hotter than sun from 200 miles away, hot enough to ignite clothing, plywood, grass and other dryer trees
9.5 magnitude earthquake
6 foot deep layer of fallout, 1" diameter particle average.
Air blast = 120psi, 1,500mph wind speed
118db sound intensity
all buildings and structures flattened
Tsunami wave 1.1 miles high 200 miles from impact
Is this assuming a rocky meteor as opposed to an easily-liquified comet?
if that easily-liquified comet wasn't fully consumed by our atmosphere it could be equally bad or even worst depending on size.
-Comets roll wildly and no single area gets a lot of sun exposureI'm thinking;
- track all/most comets
- when they get close enough to Earth,...
- ,.. launch a probe,...
- ,.. probe latches onto comet
- comet goes off into the far recesses of the galaxy
- during that journey, probe takes photos along the way (probe is powered by solar panels)
- comet comes back hundreds of years later, with probe still latched onto it (provided it didn't break up or get smashed when/if the comet collided with anything,...)
- detach probe
- print out pics; hello areas of the galaxy we can't travel to (yet)
Yay science!
EDIT: it would be totally awful if the comet ripped through an alien space ship during this journey and we had the pictures of them,.. moments before collision,...
Deep space probes generally use nuclear power or RTG for a reason.
What sucks about that is although it has a battery they were counting on the solar panels to keep it charged, with only a short window of sun exposure it may not be possible to keep it operational for very long. That sucks, I wanted to get the bird's eye view of it out-gassing as it approached the sun, that would have been awesome but doesn't' look like it will happen now after the decent issues.
Whoa, I just had a thought. Distant civilizations are observing our progress, and they use the asteroid belt which surrounds us as a kind of contingency weapon should we advance and turn hostile. The moment we turn hostile, they use their technology to guide huge meteors into our planet. So we are being watched and held at gun point and never knew it, until now. Your welcome.
Rosetta: concerns for comet lander after uneven landing
The long term prognosis does not look good. Once the initial charge is gone and this is going to happen by Friday or Saturday afternoon, they will have to limit the lander's activities drastically. That's too bad.
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😀The lander bounced twice, initially about 1km back out into space, before settling in the shadow of a cliff, 1km from its intended target site.