Saturn’s hellish moon Titan could have become one of our strongest candidates for finding alien life.
The planet has for some time been garnering the keen attention of scientists largely thanks to the fact that much like Earth, Titan’s surface is shaped by vast lakes and oceans.
It is not water however that flows on the surface of Titan, but pure methane.
That said, the way Titan behaves is still remarkably similar to our own planet, prompting scientists to ponder a bit outside of the box.
When searching for alien life both inside our solar system and in the wider universe, one of our biggest requirements is that it fits in without our perfect model of the ‘Goldilocks Zone’.
This is a special band which exists at a certain distance from a star and allows what we would perceive to be conventional alien life to start forming. It unsurprisingly comes with the understanding that there would be water.
Now though, scientists from Cornell University are wondering if Titan could in fact have the right conditions for non-water organisms.
By taking a closer look at Saturn’s largest moon Titan, the scientists were able to create a simulation which implies that the large quantities of hydrogen cyanide in Titan’s atmosphere could start chaining together to form polymers.
These polymers could then, in theory, absorb light through Titan’s thick atmosphere and even create energy.
If true, this could kickstart a search on Titan’s surface for these polymers and hopefully provide us with our first glimpse of ‘life’ outside of Earth.
This true colour image is what we would see if we were ever to visit Saturn’s largest moon.
Beneath that thick fog though hides a fascinating planet which shares in many respects some of the same landscape features as Earth.
Titan is the only other object in the solar system known to have an Earth-like cycle of liquids moving across its surface, or in other words: seasons.
Unlike Earth however a season on Titan lasts 7.5 years.
Scientists also believe that in between these vast oceans and lakes of methane there are dunes. These won’t be made of sand though, instead Titan’s dunes are made of solid water ice coated in hydrocarbons that we believe fall from the atmosphere.
They’re massive as well, over a mile wide and hundreds of miles long. If that wasn’t enough they’re steep, reaching up to 100m in height.
NASA’s Most Famous Images:
Edward H. White II, pilot of the Gemini 4 spacecraft, floats in the zero gravity of space with an earth limb backdrop circa November 1965.
Kinescope images of astronaut Commander Neil Armstrong in the Apollo 11 space shuttle during the space mission to land on the moon for the first time in history on July 20, 1969
The ascent stage of Orion, the Apollo 16 Lunar Module, lifts of from its descent stage to rendezvous with the Apollo 16 Command and Service Module, Casper, with astronaut Thomas Mattingly aboard in lunar orbit on 23rd April 1972.
Five NASA astronauts aboard the Space Shuttle Atlantis look out overhead windows on the aft flight deck toward their counterparts aboard the Mir Space Station in March of 1996.
Photograph of the Milky Way Galaxy captured by NASA's Spitzer Space Telescope. Dated 2007.
The exhaust plume from space shuttle Atlantis is seen through the window of a Shuttle Training Aircraft (STA) as it launches from launch pad 39A at the Kennedy Space Center July 8, 2011 in Cape Canaveral, Florida.
A United Launch Alliance Delta 4 rocket carrying NASA's first Orion deep space exploration craft sits on its launch pad as it is prepared for a 7:05 AM launch on December 4, 2014 in Cape Canaveral, Florida.
A military pilot sits in the cockpit of an X-15 experimental rocket aircraft, wearing an astronaut's spacesuit circa 1959.
Echo 1, a spherical balloon with a metalized skin, was launched by NASA on 12th August 1960. Once in orbit the balloon was inflated until it reached its intended diameter of 30 metres and it was then used as a reflector to bounce radio signals across the oceans.
Four views of Earth rising above the lunar horizon, photographed by the crew of the Apollo 10 Lunar Module, while in lunar orbit, May 1969.
American geologist and Apollo 17 astronaut Harrison Hagan Schmitt stands next to the US flag on the surface of the moon, during a period of EVA (Extra-Vehicular Activity) at the Taurus-Littrow landing site, December 1972.
The space shuttle 'Enterprise' (NASA Orbiter Vehicle 101) makes its way along Rideout Road (Alabama State Route 255) to the Marshall Space Flight Center near Huntsville, Alabama, 15th March 1978.
A crowd of people, viewed from behind, watch the launch of the first NASA Space Shuttle mission (STS-1), with Columbia (OV-102) soaring up into the sky, leaving a trail of exhaust smoke, in the distance from the launchpad at the Kennedy Space Center, Florida, USA, 12 April 1981.
Astronaut Bruce McCandless II photographed at his maximum distance (320 ft) from the Space Shuttle Challenger during the first untethered EVA, made possible by his nitrogen jet propelled backpack (Manned Manuevering Unit or MMU) in 1984.
Aerial shot of the launch of Space Shuttle Discovery (STS-41-D) as it takes off, leaving a trail of exhaust smoke, from Kennedy Space Center, Florida, USA, 30 August 1984.
Two technicians inside a Space Shuttle external tank, circa 1985.
An astronaut's bootprint leaves a mark on the lunar surface July 20, 1969 on the moon. The 30th anniversary of the Apollo 11 Moon mission is celebrated July 20, 1999.
Astronaut Charles Moss Duke, Jr. leaves a photograph of his family on the surface of the moon during the Apollo 16 lunar landing mission, 23rd April 1972.