Copernical Team
Join ASU Mastcam-Z team for a live watch party of NASA's Mars 2020 Perseverance rover landing
NASA's Mars 2020 Perseverance rover will land on Mars Feb. 18, 2021. Onboard the rover is the ASU-led mast-mounted camera system "Mastcam-Z," which can zoom from wide angle to telephoto, take 3D images and videos, and take photos in up to 11 unique colors. ASU will hold a live landing watch party on Feb. 18 beginning at 11:30 a.m. Arizona time (MST) with Mastcam-Z principal investigator Ji
Goddard's Core Flight Software Chosen for NASA's Lunar Gateway
NASA is improving a flight software system to help create and certify essential software for the lunar Gateway. As part of the Artemis program, NASA will send astronauts to the Moon and establish a sustained lunar presence by the end of the decade. The Gateway will provide a waypoint for lunar exploration and allow astronauts to live and work in lunar orbit as well as host science instrume
Precise braking helps China's Tianwen 1 probe enter Mars orbit
Precise braking near Mars has helped China's probe Tianwen 1 successfully enter the orbit around the red planet on Wednesday, according to the country's space scientists. Yang Yuguang, a researcher with China Aerospace Science and Industry Corporation Limited, told the Science and Technology Daily that the braking is a key and risky step in the Mars exploration mission, which requires a hi
What Hollywood gets wrong, and right, about asteroids
Meet Kirsten Howley, the real-life astrophysicist working to prevent an asteroid "Armageddon" In the 1998 movie "Armageddon," an asteroid the width of Texas is about to hit Earth. The heroes who stop it in the nick of time are a group of orange-suited Americans, all men. Life isn't always like the movies. Not that an asteroid couldn't slam into Earth, mind you. Asteroids - most
How to Get Water on the Moon
Given plans for future manned missions to the Moon - and interest in the potential for longer-term lunar habitation - the presence of water on the Moon is of critical importance. Studies over the last few decades have revealed water lurking on our satellite in numerous forms. But how does it get there? Lunar water has been found locked in ice form in the cold, permanently shadowed craters
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
China spacecraft enters Mars orbit, 2nd in 2 days after UAE
Mars mission inspires growing fan base back in China
Cui Tingting dyed her hair Mars red for the arrival of China's spacecraft at the planet known in Chinese as the Fire Star.
"This is a great era for space, and the future of mankind lies in the exploration of outer space," said Cui, director of the China Mars Society, the local chapter of a global advocacy network.