
Scientists with more know-how of how the Universe works that I conclude this slushy sea could exist in spite of Pluto’s frosty -230 degree Celsius temps because of the dwarf planet’s internal heat.
Now Guillaume Robuchon and Francis Nimmo at the University of California, Santa Cruz, say there is a good chance it does. They calculate that an ocean depends on two things: the amount of radioactive potassium in Pluto’s rocky core, and the sloshiness of the ice that covers it.
Density measurements suggest a rocky core fills 40 per cent of the dwarf planet’s volume. If the core contains potassium at a concentration of 75 parts per billion, its decay could produce enough heat to melt some of the overlying ice, which is made of a mixture of nitrogen and water.
Ergo, surf’s up, dude! [New Scientist, Image]
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rdiac
Tuesday, September 20, 2011 at 6:47 AMSo, is that like I can go and check out the beach if I re-engineer myself to a methane/silicon based life-form, pack a lot of mining equipment; and also a lot of paired particles to blog about it in real time back on earth? Help me out here – I just need to know what to pack/buy to see if it’ll fit in my ride.
TSH
Tuesday, September 20, 2011 at 9:45 AM“sloshiness” is now a scientific term
^_^