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Rosetta space mission - Philae probe due to land on comet on 12th Nov 2014

It's still imaging (ROLIS). Still talking (includes running CONSERT which might yet help pinpoint the lander):

B2cMuN4IEAAq-Db.jpg:large
 
Dropping in to standby mode now. Science instruments powered down. Radio link still up.

Almost time for bed. One data packet per minute.

e2a: apparently sufficient radio data to locate the lander (all science data was downloaded successfully).
 
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Well done Philae, sleep tight and recharge those batteries !

Such an achievement for ESA - took so much planning and teamwork, including overcoming a few problems. Now the data can be analysed in more detail.
What next, I wonder ?
 
We get to watch the comet wake up as it approaches the sun. Should be quite a show!
 
Can't help but feel a little sadness this morning waking up to the news that Philae has lost power.. but still a fantastic success. Once all the data is properly analysed I look forward to some amazing findings.

I've loved the use of the phrase 'doing science' this week.. they have truly done some amazing science :)
 
There was an initial science meeting held this morning. Apparently some "stunning images" were shown. They will be published soon.

ljha1hc.jpg
 
As regards the hibernation of Philae and any potential re-awakening, the orbiter Rosetta will be listening out every few days for signals from the lander. Philae's S-band antennae have a fairly wide beam (almost hemispherical) so if there is a signal (whilst the orbiter is on the 'lander side' of the comet) Rosetta shouldn't miss it.
 
Philae confirmed as having been located in Rosetta NAVCAM imagery just after the first bounce:
Touchdown_w_shadow.gif

Philae touchdown site seen by Rosetta's navigation camera. The first image in this sequence was taken on 12 November at 15:30 UTC, just before the lander's first touchdown; the second image was taken at 15:35 UTC, right after touchdown. The large red circle indicates the position of the shadow of the dust cloud caused by the landing. The third image in the sequence is the same as the second, with the likely position of Philae and its shadow highlighted. Credits: ESA/Rosetta/NAVCAM; pre-processed by Mikel Canania.

e2a: Registering and subtracting the before and after images clearly brings it out:

B2kIOK-IQAAvKwg.png:orig
 
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It's not actually at the resting location there but still in mid (first) bounce above the surface so may have ended up elsewhere.
 
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