It’s the third Solar System body, in addition to Earth and Mars, where dust storms have been observed.
Looking sharp, Titan!
A team of researchers forced bacteria to create carbon-silicon bonds, and their experiment showcases why life on our planet chose carbon.
Titan’s “water” isn’t even water.
The intriguing moon Titan just became even more interesting.
The final selection for New Horizons is expected in mid-2019.
Astronomers have made a puzzling observation which could have big implications for our understanding of Titan.
The sub will be used to explore Titan’s oceans.
NASA’s ever-resourceful Cassini probe found steep-sided canyons on Saturn’s moon Titan.
The drone will have to be light but solid enough to survive in the moon’s harsh atmosphere.
Saturn’s moon Titan has some odd similarities to Earth: it has clouds, lakes and rain, except they’re made of methane and ethane.
Researchers from the European Space Agency (ESA) and the National Aeronautics and Space Administration (NASA) have been trying to figure out how Titan’s seas formed – more exactly, how the depressions in which the seas are formed.
At this years’ Innovative Advanced Concepts (NIAC) Symposium, NASA’s Glenn COMPASS Team discussed at large the possibility of exploring Titan, Saturn’s largest moon, with a robotic submarine that would dive deep inside the oceans of liquefied natural gas. Such a mission, if ever funded, could help answer some important questions like what are the defining chemical building blocks required to birth and sustain life. Titan is very similar to Earth in terms of cycling systems, elemental composition and terrestrial geography, so there’s much insight to be gained.
New experimental research found that Saturn’s largest Moon, Titan, has much stronger winds than previously believed. These rogue winds actually shape the hydrocarbon dunes observed on its surface. Titan is, along with Earth, one of the few places in the solar system known to have fields of wind-blown dunes on its surface. The only other ones are Mars and Venus. Now,
The enduring Cassini spacecraft returns with new insight into the hydrocarbon seas from Saturn’s moon Titan. The latest findings were reported after the spacecraft’s most recent flyby above Titan’s northern hemisphere on August 21, where it performed observations of the largest liquid methane/ethane sea, the 400,000 square kilometre Kraken Mare. The Cassini astronomers were looking to probe the methane sea’s depths, but
Saturn’s Moon Titan is a remarkable place; it’s the only place aside for the Earth which has liquids on its surface – albeit, the liquid isn’t water, but rather hydrocarbons: methane and ethane. Titan is too cold to have liquid water on its surface, but that doesn’t make it any less spectacular. NASA’s Cassini spacecraft captured some amazing pictures of
Titan is in the spolight again! After astronomers spotted a passing geological feature, now a joint team from NASA and ESA found evidence that the moon may have formed before its planet. Generally, moons take shape after planets – but now, researchers have found convincing evidence that the nitrogen in Titan’s atmosphere originated in ancient conditions, in the cold birthplace of the
Astronomers have discovered a previously unspotted geological feature on Saturn’s moon, Titan. Pictures taken by the Cassini probe revealed a transient geological feature – a “magic island”. Now you see it, now you don’t The bright, mysterious object was seen in Ligeia Mare, the second-largest sea on Saturn’s moon Titan. But Cassini took pictures of that area before, and the
We are detecting waves on a world 1,272,000,000 km away from Earth. An interesting world The signature of isolated ripples was observed in a sea called Punga Mare on the surface of Saturn’s moon Titan; but before you get overly excited, you should know that these seas are not filled with water, but with hydrocarbons like methane and ethane. Titan
NASA’s Cassini spacecraft has detected propylene, a chemical used greatly in everyday life, in things like food-storage containers, car bumpers and other consumer products, on Saturn’s Moon Titan. I really recommend watching the video below, as it explains the situation in great detail: A small amount of propylene was identified in Titan’s lower atmosphere by Cassini’s Composite Infrared Spectrometer (CIRS);