Home > NASA & Space, World of the Strange – Weird Science > Saturn Moon Titan Sports Thick Icy Shell & Bizarre Interior.

Saturn Moon Titan Sports Thick Icy Shell & Bizarre Interior.

By Charles Q. Choi  28th August 2013.    Find Full Article and Photos Here:-

Interior Structure of Titan
This artist’s illustration shows the likely interior structure of Saturn’s moon Titan deduced from gravity field data collected by NASA’s Cassini spacecraft. The investigation by Cassini’s radio science team suggests that Titan’s interior is a cool mix of ice studded with rock.
Credit: NASA/JPL

The tough icy shell of Saturn’s largest moon Titan is apparently far stronger than previously thought, researchers say.

These surprising new findings add to hints Titan possesses an extraordinarily bizarre interior, scientists added.

Past research suggested Titan has an ocean hidden under its outer icy shell 30 to 120 miles (50 to 200 kilometers) thick. Investigators aim to explore this underground ocean in the hopes of finding alien life on Titan, since virtually wherever there is water on Earth, there is life.

To learn more about Titan’s icy shell, planetary scientist Doug Hemingway at the University of California, Santa Cruz, analyzed the Cassini probe’s scans of Titan’s gravity field. The strength of the gravitational pull any point on a surface exerts depends on the amount of mass underneath it. The stronger the pull, the more the mass.

The researchers then compared these gravity results with the structure of Titan’s surface. They expected that regions of high elevation would have the strongest gravitational pull, since one might suppose they had extra matter underneath them. Conversely, they expected regions of low elevation would have the weakest gravitational pull.

What the investigators discovered shocked them. The regions of high elevation on Titan had the weakest gravitational pull.

“It was very surprising to see that,” Hemingway told SPACE.com. “We assumed at first that we got things wrong, that we were seeing the data backwards, but after we ran out of options to make that finding go away, we came up with a model that explains these observations.”

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