

A study by planetary scientists at the University of Hawaiʻi at Mānoa suggests that life could exist on Titan, Saturn's largest moon, due to methane gas potentially trapped beneath its ice crust. The research team, led by Lauren Schurmeier, found Titan's impact craters to be shallower than expected, indicating a unique geological process. They used computer modeling to estimate the thickness of a methane clathrate crust, which could insulate the moon's interior and support life. The upcoming NASA Dragonfly mission, launching in 2028, aims to explore Titan's surface and its potential for hosting life.
A study by planetary scientists at the University of Hawaiʻi at Mānoa suggests that life could exist on Titan, Saturn's largest moon, due to methane gas potentially trapped beneath its ice crust. The research team, led by Lauren Schurmeier, found Titan's impact craters to be shallower than expected, indicating a unique geological process. They used computer modeling to estimate the thickness of a methane clathrate crust, which could insulate the moon's interior and support life. The upcoming NASA Dragonfly mission, launching in 2028, aims to explore Titan's surface and its potential for hosting life.
•Methane gas may be trapped beneath Titan's ice crust.
•Titan's impact craters are shallower than expected.
•Unique geological processes may cause craters to disappear quickly.
•Computer modeling estimates methane clathrate crust thickness of 510 km.
•Methane clathrate could insulate Titan's interior, supporting life.
•NASA's Dragonfly mission to explore Titan's surface launches in 2028.
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