SPACEPlanets which are tilted on their axis, like Earth, are more capable of evolving complex life. This finding will help scientists refine the search for more advanced life on exoplanets.
An international collaboration of astronomers has detected the hydroxyl molecule common on Earth in the atmosphere of the exoplanet WASP-33b, or also called "ultra-hot Jupiter."
Astronomers say volcanoes might light up the night sky of an exoplanet named LHS 3844b. A recent study undertaken by researchers at the University of Bern revealed that the nightside of an exoplanet called LHS 3844b is tectonically active.
In the ongoing search for the next habitable body, one of the candidates is Titan, Saturn's largest moon. A new study recreates its atmosphere in a lab.
Astronomers discovered two strange objects orbiting each other. The cosmic curiosities, named OPH 98, turned out to be "failed stars" orbiting each other.
Astronomers found a planetary system including six planets, and it's not quite like anything they've seen before. Will it change the theories of how planets form?
At an incredible speed, the exoplanet classified as WASP-62b flails around the parent star. With a fully cloudless atmosphere, the planet is a hot Jupiter.
Astronomers from the University of Montreal (UdeM) discovered that the core mass for exoplanet WASP-107b is a lot lower than previously thought necessary to form giant gas planets such as Saturn and Jupiter.
The UK-led Space Telescope Ariel has been given the green light to go "full speed ahead" on a world-first mission to study more than 1,000 planets beyond our solar system.
Researchers discovered that active stars might be responsible for exoplanets becoming inhabitable. The evolution of planetary atmospheres is influenced by space weather which generally comprises of events on the Sun and near-Earth space.
The Earth-size planet has winds four times the speed of sound with temperatures of about 3,000 degrees Centigrade on one side - hot enough to vaporize rock.
Rogue planets are free-floating, non-star circling planets. Scientists have found the smallest rogue object in our Milky Way galaxy. They are about the size of Mars and Earth.