... spread out (combined with how long until the cloud crosses Earth's path) tells us how many will strike the Earth.” The team specifically focused on studying ‘late’ disruptions, meaning that the impacting body is broken apart shortly before...
.... Optical observations of Venus see only the cloud tops, but radar can penetrate the clouds and reveal surface details. Nineteen-eighty-two marked the discovery of the first OH Megamaser, Arp 220, the nearest ultra-luminous infrared galaxy, which...
... this image is hardly recognisable as Jupiter. We're seeing signs that the clouds have shadows, possibly indicating that the clouds are at a higher altitude than other features." Although the analysis of this first data collection will take some time...
... oxygen to thrive, meaning that on Venus, it likely meant one thing – traces of life scattered throughout the planet’s clouds. Another key method of producing phosphine is through chemical reactions between sulphuric acid and phosphides (P3−), which...
...allow observation at different times of the day, minimising the effects of the cloud coverage that is typical of the equatorial region. The design of the optical payload takes into account the spectral characteristics of the vegetation to monitor its...
... to capture imagery over an area of interest, receiving the imagery and performing image processing and further analysis in the cloud. The computing layer facilitates the uptake of EO data by providing ready-to-integrate analytics, leveraging...