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Firefly’s Blue Ghost Moon Lander Mission Unveils Surprising Discoveries on the Lunar Surface
Firefly Aerospace’s Blue Ghost Moon Lander uncovered unexpected hard rock formations and extreme lunar heat variations during its mission. These discoveries provide critical insights for improving future lunar landers. As Firefly prepares for its annual moon missions, the lessons learnt from Blue Ghost's successes will guide robotics and human op...
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Moon’s Deepest Canyons Formed in Minutes by High-Speed Impact Debris
Reports reveal that two gigantic canyons on the moon, deeper than the Grand Canyon, were formed in under ten minutes due to the rapid movement of rock debris following the impact that created Schrödinger basin. These canyons, Vallis Schrödinger and Vallis Planck, were carved by debris traveling at speeds of up to 4,600 km/h. Scientists suggest th...
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Asteroid 2024 PT5 Linked to Lunar Surface, Reveals Planetary Defense Insights
Asteroid 2024 PT5, sized like a school bus, passed Earth in January at 1.1 million miles. Research suggests it originated from the moon, ejected thousands of years ago by an impact. Spectral analysis matched it to Apollo 14 lunar rocks, ruling out artificial origins. This is the second known lunar asteroid after 469219 Kamo’oalewa. The study hint...
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Study Reveals Earth's Small Asteroid Likely Originated from the Moon
Asteroid 2024 PT5, discovered near Earth in 2024, is suspected to be a fragment from the Moon’s surface. Researchers found its composition matches lunar rock samples, specifically silicate-rich materials, unlike any known asteroid. Analysis from NASA’s Center for Near Earth Object Studies confirmed it is a natural object, not human-made debris,...
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'PlanetVac': NASA's Vacuum Cleaner To Collect Soil Samples In Seconds
NASA is introducing a groundbreaking technology, the Lunar PlanetVac (LPV), which will change how scientists collect and study soil and rock samples on the Moon and other planets.
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Jupiter’s Moon Io Shows No Magma Ocean as New Findings Explain Volcanic Eruptions
NASA's latest findings indicate that Jupiter's volcanic moon Io does not have a global magma ocean beneath its surface, debunking previous theories. This conclusion comes from analysis of data from NASA's Juno spacecraft and archival observations from the Galileo mission. The study suggests that Io's interior is more solid than expected, with volca...
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New Lunar Map Attempts to Identify the Origin Impact Craters of Rock Samples
A new map of the moon’s Mare Orientale basin highlights areas containing original impact melt. These findings could help date the basin’s formation, which is estimated to be 3.8 billion years old. Scientists believe this research may reveal Earth’s early impact history while guiding future lunar sample-return missions. The map also distinguis...
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Moon Rocks Brought From the Far Side Confirm Ancient Volcanic Activity
Researchers analysing lunar samples from China’s Chang’e-6 mission have uncovered evidence of ancient volcanic activity on the Moon’s far side. The mission, which returned nearly two kilograms of lunar soil in June, landed in the South Pole-Aitken Basin, one of the Moon’s oldest craters. Studies published in Science and Nature revealed volc...
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What Studies On Soil Sample From Moon's Far Side Have Found
Volcanic rock in the sample collected by Chang'e-6, the first mission that brought back soil from the far side of the Moon, is about 2.8 billion years old, suggesting the landing site was volcanically active at the time, according to two new studies.
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Scientists Confirm Volcanic Eruptions on Moon’s Far Side in New Study
A recent study has confirmed the existence of volcanic eruptions on the Moon’s far side. By analysing lunar soil samples brought back by China’s Chang’e-6 mission, scientists discovered volcanic rock fragments dating to over 2.8 billion years ago. These findings reveal a long history of volcanic activity on the Moon’s far side, mirroring th...
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NASA Discusses US Access To Lunar Rocks Retreived By China From Moon's Far Side
NASA and Chinese officials are engaged in talks to let American scientists analyze rocks retrieved by China from the moon's far side, according to the head of the US space agency.
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Europe Is Creating Its Own Moon At LUNA Facility. All About The Mission
This facility, located near Cologne, Germany, features 900 tons of crushed volcanic rock to mimic the lunar surface.
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Earth's 'Second Moon' To Be Visible Today. All About Asteroid 2024 PT5
The asteroid, named 2024 PT5, originates from the Arjuna asteroid belt, which contains rocks with orbits similar to Earth's.
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Moon Was Once A Fiery Ball Of Molten Rock: ISRO Confirms In New Study
The Moon we see today was once a hot and fiery ball of molten rock a big finding being confirmed by the science team of ISRO's Chandrayaan-3.
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Meteorite Impacts Not Solar Wind Are Key to Moon’s Atmosphere, New Research Shows
A new study led by MIT's Nicole Nie has determined that meteorite impacts are the main source of the moon’s atmosphere, with impact vaporization accounting for 70% of the exosphere. Solar wind contributes the remaining 30%. This research, using Apollo lunar soil samples, offers a significant update on how the moon’s atmosphere is sustained.
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Firefly’s Blue Ghost Moon Lander Mission Unveils Surprising Discoveries on the Lunar Surface
Firefly Aerospace’s Blue Ghost Moon Lander uncovered unexpected hard rock formations and extreme lunar heat variations during its mission. These discoveries provide critical insights for improving future lunar landers. As Firefly prepares for its annual moon missions, the lessons learnt from Blue Ghost's successes will guide robotics and human op...
-
Moon’s Deepest Canyons Formed in Minutes by High-Speed Impact Debris
Reports reveal that two gigantic canyons on the moon, deeper than the Grand Canyon, were formed in under ten minutes due to the rapid movement of rock debris following the impact that created Schrödinger basin. These canyons, Vallis Schrödinger and Vallis Planck, were carved by debris traveling at speeds of up to 4,600 km/h. Scientists suggest th...
-
Asteroid 2024 PT5 Linked to Lunar Surface, Reveals Planetary Defense Insights
Asteroid 2024 PT5, sized like a school bus, passed Earth in January at 1.1 million miles. Research suggests it originated from the moon, ejected thousands of years ago by an impact. Spectral analysis matched it to Apollo 14 lunar rocks, ruling out artificial origins. This is the second known lunar asteroid after 469219 Kamo’oalewa. The study hint...
-
Study Reveals Earth's Small Asteroid Likely Originated from the Moon
Asteroid 2024 PT5, discovered near Earth in 2024, is suspected to be a fragment from the Moon’s surface. Researchers found its composition matches lunar rock samples, specifically silicate-rich materials, unlike any known asteroid. Analysis from NASA’s Center for Near Earth Object Studies confirmed it is a natural object, not human-made debris,...
-
'PlanetVac': NASA's Vacuum Cleaner To Collect Soil Samples In Seconds
NASA is introducing a groundbreaking technology, the Lunar PlanetVac (LPV), which will change how scientists collect and study soil and rock samples on the Moon and other planets.
-
Jupiter’s Moon Io Shows No Magma Ocean as New Findings Explain Volcanic Eruptions
NASA's latest findings indicate that Jupiter's volcanic moon Io does not have a global magma ocean beneath its surface, debunking previous theories. This conclusion comes from analysis of data from NASA's Juno spacecraft and archival observations from the Galileo mission. The study suggests that Io's interior is more solid than expected, with volca...
-
New Lunar Map Attempts to Identify the Origin Impact Craters of Rock Samples
A new map of the moon’s Mare Orientale basin highlights areas containing original impact melt. These findings could help date the basin’s formation, which is estimated to be 3.8 billion years old. Scientists believe this research may reveal Earth’s early impact history while guiding future lunar sample-return missions. The map also distinguis...
-
Moon Rocks Brought From the Far Side Confirm Ancient Volcanic Activity
Researchers analysing lunar samples from China’s Chang’e-6 mission have uncovered evidence of ancient volcanic activity on the Moon’s far side. The mission, which returned nearly two kilograms of lunar soil in June, landed in the South Pole-Aitken Basin, one of the Moon’s oldest craters. Studies published in Science and Nature revealed volc...
-
What Studies On Soil Sample From Moon's Far Side Have Found
Volcanic rock in the sample collected by Chang'e-6, the first mission that brought back soil from the far side of the Moon, is about 2.8 billion years old, suggesting the landing site was volcanically active at the time, according to two new studies.
-
Scientists Confirm Volcanic Eruptions on Moon’s Far Side in New Study
A recent study has confirmed the existence of volcanic eruptions on the Moon’s far side. By analysing lunar soil samples brought back by China’s Chang’e-6 mission, scientists discovered volcanic rock fragments dating to over 2.8 billion years ago. These findings reveal a long history of volcanic activity on the Moon’s far side, mirroring th...
-
NASA Discusses US Access To Lunar Rocks Retreived By China From Moon's Far Side
NASA and Chinese officials are engaged in talks to let American scientists analyze rocks retrieved by China from the moon's far side, according to the head of the US space agency.
-
Europe Is Creating Its Own Moon At LUNA Facility. All About The Mission
This facility, located near Cologne, Germany, features 900 tons of crushed volcanic rock to mimic the lunar surface.
-
Earth's 'Second Moon' To Be Visible Today. All About Asteroid 2024 PT5
The asteroid, named 2024 PT5, originates from the Arjuna asteroid belt, which contains rocks with orbits similar to Earth's.
-
Moon Was Once A Fiery Ball Of Molten Rock: ISRO Confirms In New Study
The Moon we see today was once a hot and fiery ball of molten rock a big finding being confirmed by the science team of ISRO's Chandrayaan-3.
-
Meteorite Impacts Not Solar Wind Are Key to Moon’s Atmosphere, New Research Shows
A new study led by MIT's Nicole Nie has determined that meteorite impacts are the main source of the moon’s atmosphere, with impact vaporization accounting for 70% of the exosphere. Solar wind contributes the remaining 30%. This research, using Apollo lunar soil samples, offers a significant update on how the moon’s atmosphere is sustained.
