Wilma the superstorm and the energy from the vacuum

Discussion in 'More Serious Topics' started by smurfslappa, Feb 12, 2006.

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Are hurricanes simply warm water reactions?

  1. yes i am teh sucks

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  2. no i am smarter than a 3rd grader

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  1. smurfslappa

    smurfslappa New Member

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    Meet my amigo.
     
  2. diogenes

    diogenes New Member

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    He's reproducing, fuck.
     
  3. smurfslappa

    smurfslappa New Member

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    Okie doke diogenes. You asked me how can electricity move through such a thin atmosphere as the center of a hurricane? I dunno, but for a comparison of events, lets look at the Martian dust devils. They are the form lightning takes in the thin Martian atmosphere.

    Mars' surface is constantly being raked by "dust devils", even though atmospheric density on Mars is only one percent that of Earth. These are 5-mile high dust storms that dwarf our earthly ones, and don't require clouds to generate them. So how can these seemingly wind-driven phenomena excavate enough soil to leave tracks that are visible from space, in such a thin atmosphere? Hmmm?

    These "dust devils" have an electric field just like our tornadoes, hurricanes and dust devils. If you want to believe our current model, there must first be a "separate charge”; and that requires energetic movement and collisions of both large and small soil particles. In the near vacuum of Mars’ atmosphere, how are the grains of soil raised miles into the sky in the first place, with a force sufficient to generate the apparent high voltages? Ridiculous.

    The truth? The dust devils are not simply rotating winds caused by rising warm air. Our very own dust devils have strong electric fields. And our very own tornadoes and hurricanes which are related to them are of the same nature. I don't know what the hell's going on to make these things work, but they do.
     

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