...as it passes in front of its host star. However, the fraction of stellar light that passes through a transiting exoplanet's atmosphere is very small, a limitation which constrains both the telescopes and instruments that can be used. As such it tends...
... degree to which Global Positioning System (GPS) radio signals bend and slow as they pass through the atmosphere. This was coupled with recently updated archives of observations from radiosondes; an instrument carried by a balloon that measures...
... 2016 whereas its rover and surface platform counterpart is slated to launch in 2022. In its quest to hunt for atmospheric gases linked to biological or geological activity, the Orbiter has already enabled scientists to detect a ‘glowing’ thin green...
... was caused by a plume – a small bright cloud that marks the presence of a storm – breaking through the layered atmosphere and it was spotted by amateur astronomers occurring in Jupiter’s South Equatorial Belt in January 2017. After it reached the...
... phosphine in Venus’s clouds. “The presence of even a few parts per billion of PH3 is completely unexpected for an oxidised atmosphere (where oxygen-containing compounds greatly dominate over hydrogen-containing ones),” write the authors in the their...
... erosion of the martian regolith or via impacts onto the surface, subsequently releasing the gases into the atmosphere. “SAM's measurements provide evidence of a really interesting process in which the rock and unconsolidated material at the planet...