... a different team of researchers have found another, except this one is approximately six times more massive. Finding exoplanets like our own world is exciting enough, but finding one in our cosmic backyard is exhilarating on a whole different...
... be the first mission dedicated to measuring the chemical composition and thermal structures of a large and diverse sample of exoplanets. For now though, all eyes will be on Cheops tomorrow as it heads for a dawn/dusk orbit at an altitude of 700...
... – a team of researchers used a combination of 3D atmospheric chemistry and climate modelling to see what effects the flares have on an exoplanet’s habitability. "Habitable zones around these stars are narrower because the stars are smaller and less...
... by Mark Swain of the Jet Propulsion Laboratory, decided to point the NASA/ESA Hubble Space Telescope at the exoplanet instead. To the team’s surprise, observations with Hubble picked up spectral signs of hydrogen cyanide (HCN), methane, and...
...; since we know life can have a large effect on a planet, this will allow us to determine whether life exists on exoplanets that we can characterise. So far, measurements have been mostly restricted to the atmosphere of about a dozen hot Jupiters...
... instrument. In doing so, the team reached sensitivity levels that were more than a 10 times improvement over typical exoplanet imaging capabilities – a huge step towards imaging Earth-sized planets, Wagner says in a tweet. Another interesting aspect...