
Copernical Team
Early crewed travel to Mars

SwRI scientist proposes a new timeline for Mars terrains

Join ASU Mastcam-Z team for a live watch party of NASA's Mars 2020 Perseverance rover landing

Goddard's Core Flight Software Chosen for NASA's Lunar Gateway

Precise braking helps China's Tianwen 1 probe enter Mars orbit

What Hollywood gets wrong, and right, about asteroids

How to Get Water on the Moon

Scientist proposes a new timeline for Mars terrains

Teaching an old spacecraft new tricks to continue exploring the moon

NASA's Lunar Reconnaissance Orbiter (LRO) spacecraft has far exceeded its planned mission duration, revealing that the Moon holds surprises: ice deposits that could be used to support future lunar exploration, the coldest places in the solar system in permanently shadowed regions at the lunar poles, and that it is an active world that is shrinking, generating moonquakes and changing in front of our eyes.
Discovering new gases on Mars

The ESA-Roscosmos ExoMars Trace Gas Orbiter is investigating the martian atmosphere. Discovering new gases related to active process and looking for their sources is a key goal of the mission. ExoMars has discovered hydrogen chloride for the first time. It appeared during a global dust storm in 2018 and disappeared again afterwards. The detection was made in both hemispheres simultaneously so it is unlikely to come from volcanic activity. Seasonal change that triggers dust activity is thought to be the driving force behind the observation. Salt in the dusty surface – left over from when Mars had