article_snippet: Philae managed to perform more than 90 per cent of Philae goals before running out of power.
article_snippet: Earlier in March scientists sent commands to the Philae lander (illustrated) in the hope the Philae lander (illustrated) would respond, but with no luck.
article_snippet: We were trying to see if the Philae lander (illustrated) would wake up and, at the same time, We sent some commands for the Philae lander (illustrated) to better divide the Philae lander (illustrated) weight and power situation.
article_snippet: yet know if the commands have gone through - We might have to wait a bit longer - but basically after one week We did not receive a signal from the Philae lander (illustrated).
article_snippet: The main issue at the moment is that, for the Philae lander (illustrated) simply to wake up, the Philae lander (illustrated) needs enough sunlight to produce 5.5 watts of power - a temperature of around -45°C (-49°F).