Venus

Scientists debate whether or not there’s life on Venus. A new Cambridge study has analyzed the Venusian atmosphere and found no sign of the chemical fingerprints microbes would be expected to produce – but it doesn’t rule out life on similar planets.

Though designed to study the Sun, NASA's Parker Solar Probe has scored a first by collecting the first images of the surface of Venus in visible light using its Wide-Field Imager (WISPR) while flying by the planet's night side in 2020 and 2021.

The endless expanse of space is a beautiful and fascinating subject for photography. From the dramatic births and deaths of stars, to galactic glamor shots and planetary close-ups, here are some of the most breathtaking space photos of 2021.

Is there microbial life floating around in the clouds of Venus? Scientists have long pondered this question and soon we may get some answers, starting with a cloud-skimming mission in 2023 to search for signs of life.

The BepiColombo orbiter probe passed within 552 km (343 miles) of Venus as it completed one of nine flybys on its way to Mercury. Shortly after the encounter, the ESA/JAXA mission snapped a picture of Venus at a distance of 1,573 km (977 miles).

Two deep-space probes will make flybys of Venus within 30 hours of each other on their way to the inner reaches of the solar system next week. On August 9, the Solar Orbiter will pass by the planet, followed by the BepiColombo orbiter on August 10.

New modeling of water activity on different solar system planets has found that Venus would be too dry for even the most extreme forms of life – but there may be other contenders in our solar system that we hadn’t considered.

A new study shows that tectonic activity may have caused sections of Venus’ planetary crust to become fragmented into smaller bodies that barge past each other like chunks of ice on water. The planet may still be capable of hosting tectonic activity.

ESA has selected EnVision as its next Venus orbiter. Scheduled to launch between 2031 and 2033, the robotic deep-space probe will carry out a comprehensive survey of Earth's sibling planet to learn why the two turned out so very different.

Venus should have been Earth’s twin, but clearly that’s not the case today with its thick poisonous atmosphere and barren rocky surface. Now, as part of its Discovery Program, NASA has selected two new missions to Venus to investigate what went wrong.

In September 2020, astronomers announced the discovery of phosphine in the atmosphere of Venus, a possible sign of life. But a new study has found that a different gas could explain the signature – one that's more common and doesn’t indicate life.

Venus may not have had Earth-like tectonic plates for the last billion years, according to the results of a new study. Instead, the planet, which is often referred to as Earth’s twin, may be covered in a single thick outer plate.