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liftoff

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and since the earth is part of the solar

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system by studying the solar system

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we hope that we will learn more about

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where the earth how the earth got to

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where it is today and where it's going

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well we're not disappointed this mission

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exciting

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when you watch the behavior of these

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clouds the way they

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interact with one another it's as though

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you were seeing two swirling

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this is the most dynamic and active

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geologic surface in the entire solar

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system

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volcanic lava flows each of these

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satellites

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you can fit approximately 760 earths

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well the rings are made up of individual

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individual small particles perhaps

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something the size of a basketball and

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satellite

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so you have to catch it just right when

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the outside freezes

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and the inside is still liquid saturn's

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large moon titan

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has an atmosphere probably two to three

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times as dense as the atmosphere here on

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earth an atmosphere

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predominantly nitrogen but with a trace

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late last night we had these frames come

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back from

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very very unusual difficult to explain

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very sensitive to any dust in the rings

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miranda surpassed our wildest

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expectations

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here we see a cliff 16 miles high on

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this fault

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if you were standing here you could flip

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a rock off it would take it nine minutes

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how do you generate a magnetic field of

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a planet briefly

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you do it by having an electrical

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negative five decimal three eight

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microseconds

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i guess the surprise to me was that

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there was anything to see at all

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that's motion that's how you study

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meteorology

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it looks like we got pounded with about

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300 hits per second of tiny little dust

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particles

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and the science is pushed in in an

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amazing fashion

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it's like fitting a jigsaw puzzle

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one of the interesting thing that's kind

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of that's kind of bizarre