Looking at a Martian Aurora Borealis
mike_1138 writes "According to new research, 'The Martian auroras differ from those on Earth, Jupiter, Saturn, Uranus and Neptune...' I've seen the Borealis here on Earth, and they're beautiful. I can't imagine what they must look like in a Martian night."
New Slashdot category -- things we can't imagine...
Of course they're different...the Martians are causing them to strobe out the message 'Keep your junk off our planet'.
Too bad no one on Earth understands Martian Morse code...
^_^
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~ |rip/\/\aster /\/\onkey
I've seen the Borealis here on Earth, and they're beautiful. I can't imagine what they must look like in a Martian night.
Well, considering they're estimated to be about 1% as powerful, I'd have to venture a guess that they really don't look like much at all. At least not in visible light.
And all our yesterdays have lighted fools The way to dusty death. --Will
southern hemispher auroras are called Aurora Australis. Nothern Hemisphere auroras are Aurora Borealis.
...burn more.
It's hard enough to get me out for this sort of thing when it's 0F. At -100F, it better be REALLY, REALLY pretty.
Aurora on Jupiter: http://msslhx.mssl.ucl.ac.uk/~npm/Web_Pages/Visito r_Pages/aurora/Jupiter_aurora.gif
Aurora on Saturn: http://www.mssl.ucl.ac.uk/pages/general/news/satur ns_aurora/assets/saturn_aurora.jpg
Uranus and Neptune probably have them too, but are too far away to see them clearly from Earth-based telescopes.
However, because Mars' magnetic field is too weak to create the phenomenon by similar means, the aurora is caused by a separate mechanism, namely the magnetic anomalies described in the article, which can occur anywhere on the planet. For this reason, it should not be called aurora borealis or aurora australis, but rather aurora [insert god of magnetic rocks here].