All articles tagged with #rock analysis
NASA's Perseverance rover is analyzing a challenging rock called 'Kenmore' in Jezero Crater to uncover clues about Mars' past habitability, including evidence of water and minerals like clay and feldspar, which could inform future exploration and potential habitability assessments.
NASA's Perseverance rover has been analyzing Martian rocks by grinding into their surfaces to study their mineral composition and geological history, including a recent examination of a challenging rock named Kenmore. The rover uses advanced tools like the gDRT for debris removal and instruments such as SuperCam, WATSON, SHERLOC, and PIXL for detailed chemical and mineral analysis. Additionally, Perseverance set a new distance record on Mars, traveling over 1,300 feet in a single drive, utilizing autonomous navigation to optimize its exploration.
NASA's Perseverance rover has investigated a strange rock on Mars known as "Bunsen Peak", finding it to be 75 percent carbonate grains held together with "almost pure" silica. The rock, which may have formed along the shores of an ancient lake, is of particular interest to scientists as it could potentially contain telltale signs of ancient microbial life. Perseverance will continue to collect samples in the Jezero Crater, with plans for the samples to eventually be returned to Earth by a mission in 2028.
Japan's space agency, JAXA, has successfully captured and transmitted data analyzing 10 lunar rocks using the Smart Lander for Investigating Moon (SLIM), providing greater insight into the moon's origins. The spacecraft, which made a historic precision touchdown on the moon, has exceeded expectations by studying multiple rocks and is currently hibernating during a lunar night. The mission aims to compare the mineral compositions of moon rocks and those of Earth to investigate the "giant-impact" hypothesis of the moon's formation.
Japan's space agency's lunar spacecraft, SLIM, has successfully transmitted data analyzing 10 lunar rocks, exceeding expectations and potentially providing clues about the moon's origin. The spacecraft, which made a historic precision touchdown on the moon, is currently hibernating in a lunar night and it remains uncertain if it will survive the severe cold temperatures. The mission's success has propelled the team to pursue studying the moon's origins, comparing the mineral compositions of moon rocks and those of Earth to potentially confirm the "giant-impact" hypothesis.