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originally posted by: Aleister
a reply to: gspat
Does it have camera capability, to either send live pictures to Earth or to gather enough light in to create good pictures of the comet?
Should be quite a ride if it stays with the comet during its closest approach to the sun. As long as it doesn't get in the way of the ice-melt stream.
originally posted by: wildespace
originally posted by: Aleister
a reply to: gspat
Does it have camera capability, to either send live pictures to Earth or to gather enough light in to create good pictures of the comet?
Should be quite a ride if it stays with the comet during its closest approach to the sun. As long as it doesn't get in the way of the ice-melt stream.
I feel sorry that you missed all the photos at ESA's Rosetta blog: blogs.esa.int...
Here's a "postcard from Rosetta" for you:
originally posted by: gspat
a reply to: ngchunter
I'm not sure you'd get a spark, the probe should be at the same charge?
Nothing should happen (according to EU)
originally posted by: GaryN
a reply to: ngchunter
The deep impact probe was a bare metal object with considerable mass, approaching quickly, no time for gentle charge equalisation.
A cavity region with essentially zero magnetic field has been discovered, with a width of 8,500 km along the trajectory around closest approach.
A cavity region with essentially zero magnetic field has been discovered, with a width of 8,500 km along the trajectory around closest approach.
originally posted by: ngchunter
a reply to: stirling
When Philae lands on Rosetta, if it does so without creating a "huge spark" that destroys it, it will put the electric universe woo to bed once and for all. I can't wait.
originally posted by: gspat
a reply to: OccamsRazor04
Forgive me if I'm incorrect, but wasn't the impact of that much more energetic than they expected it to be?
Or was that some other probe they crashed somewhere?
originally posted by: GaryN
a reply to: ngchunter
A cavity region with essentially zero magnetic field has been discovered, with a width of 8,500 km along the trajectory around closest approach.
So you are saying it can't be charged because there is no magnetic field? A comets surface can be charged by photo-ionisation (vacuum UV) or by mechanical collision with the matter in space that it is travelling through. VUV photo-dissociation of the surface is likely what creates the dust in the coma.
If it's highly charged, and a magnetometer is flying by that charge at high speed, then what do you think it will detect? Hint, charge plus motion equals... Like I said, debunked, move on. By the way, your claim makes no sense and is in disagreement with EU as all asteroids would then be comets. Just so you know.
originally posted by: GaryN
a reply to: ngchunter
If it's highly charged, and a magnetometer is flying by that charge at high speed, then what do you think it will detect? Hint, charge plus motion equals... Like I said, debunked, move on. By the way, your claim makes no sense and is in disagreement with EU as all asteroids would then be comets. Just so you know.
Seems like there is magnetism, and plasma, which means electrical charge, and motion, so you get magnetic fields.
A cavity region with essentially zero magnetic field has been discovered, with a width of 8,500 km along the trajectory around closest approach.