On Titan, clouds of methane unleash a cold, oily rain—very different from the water-based downpours we see on Earth. For the ...

The images are the first to capture the process of cloud convection on Titan, rather than the 'before' and 'after.' ...

While all the ingredients are there, the moon's composition likely prevents them from coming together in any meaningful way.

The spacecraft will carry a suite of instruments, including cameras, mass spectrometers, and samplers, to analyze Titan’s atmosphere and surface composition, looking for signs that might ...

For the first time, astronomers have observed cloud convection in the northern hemisphere of Titan, Saturn’s largest moon.

Ride along on the outside of Huygens as it parachutes through Titan's atmosphere at nearly 200 miles per hour. Sound is basically pressure waves that are moving through some medium. So the sound ...

Cassini used synthetic aperture radar (SAR) to look through Titan's thick atmosphere during these close encounters and found channels and large flat areas that are consistent with large bodies of ...

In the upper layer of Titan's atmosphere, visible here in blue light, methane molecules are being dissociated by sunlight and recombining into ethane and acetylene molecules. Further down ...