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Scientists Discover Cosmic Clock in Zircon Crystals That Tracks Earth’s Landscape History
Scientists have identified a natural “cosmic clock” inside zircon crystals that can date Earth’s surface processes over millions of years. By measuring cosmogenic krypton created by cosmic rays, researchers reconstructed erosion rates in southern Australia, revealing an exceptionally stable landscape shaped slowly over 40 million years and ex...
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NASA’s Miner++ AI Brings Machine Digs Into TESS Archive to the Hunt for Nearby Earth-Like Worlds
NASA’s TESS mission is revolutionising the search for exoplanets with the help of artificial intelligence. Using deep-learning tools such as ExoMiner++, scientists can rapidly distinguish real planetary transits from stellar noise. This approach has already revealed thousands of planet candidates and is expected to play a crucial role as upcoming...
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James Webb Watches a Young Star Bake Crystals for Future Planets
Using NASA’s James Webb Space Telescope, astronomers have observed a young star in the Serpens Nebula forging crystalline silicates during powerful outbursts. The findings explain how heat-formed minerals can end up in cold cometary regions and planet-forming disks, shedding light on early stages of planet formation.
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New Study Challenges Long-Held Beliefs About Mars' Red Colour
The study revealed that another mineral, ferrihydrite, a water-rich ferric oxyhydroxide, is widely present in Martian dust and is likely also found in the rocky layers beneath the surface.
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Early Earth’s Deep Mantle May Have Held More Water Than Previously Believed, Study Finds
Scientists have discovered that Earth’s deep mantle may have stored an ocean’s worth of water during the planet’s earliest years. New experiments show that bridgmanite, a dominant mantle mineral, can hold much more water under extreme heat, offering fresh insight into how Earth retained water and became habitable.
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Chinese Researchers Reveal How Earth's Deep Mantle Stored Oceans Of Water Billions Of Years Ago
This discovery makes a significant contribution to understanding Earth's early evolution.
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China's Chang'e-6 Space Mission Discovers Tiny Iron Oxide Crystals On Moon
This study, based on samples for the first time, shows that highly oxidized minerals like hematite can exist on the Moon.
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Crunchy Crickets, Mealworms And More: Astronauts Could Eat Insects In Space
Insects can be a safe option for space travel as they require less land, water and feed than traditional livestock.
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Mars Once Had Changing Lakes: NASA Reveals Signs Of Life-Friendly Water Phases In Jezero Crater
As Mars's atmosphere changed, Jezero's water gradually became less acidic and more balanced.
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NASA’s GRACE Satellites Reveal Hidden Deep-Earth Process Behind Gravity Disturbance
Scientists have discovered a mysterious gravity signal detected by satellites nearly 20 years ago, which is linked to deep mantle changes beneath the Earth’s surface. The anomaly, lasting two years, coincided with a magnetic “jerk”, suggesting a rapid mass shift near the planet’s core.
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Scientists Discover Cosmic Clock in Zircon Crystals That Tracks Earth’s Landscape History
Scientists have identified a natural “cosmic clock” inside zircon crystals that can date Earth’s surface processes over millions of years. By measuring cosmogenic krypton created by cosmic rays, researchers reconstructed erosion rates in southern Australia, revealing an exceptionally stable landscape shaped slowly over 40 million years and ex...
-
NASA’s Miner++ AI Brings Machine Digs Into TESS Archive to the Hunt for Nearby Earth-Like Worlds
NASA’s TESS mission is revolutionising the search for exoplanets with the help of artificial intelligence. Using deep-learning tools such as ExoMiner++, scientists can rapidly distinguish real planetary transits from stellar noise. This approach has already revealed thousands of planet candidates and is expected to play a crucial role as upcoming...
-
James Webb Watches a Young Star Bake Crystals for Future Planets
Using NASA’s James Webb Space Telescope, astronomers have observed a young star in the Serpens Nebula forging crystalline silicates during powerful outbursts. The findings explain how heat-formed minerals can end up in cold cometary regions and planet-forming disks, shedding light on early stages of planet formation.
-
New Study Challenges Long-Held Beliefs About Mars' Red Colour
The study revealed that another mineral, ferrihydrite, a water-rich ferric oxyhydroxide, is widely present in Martian dust and is likely also found in the rocky layers beneath the surface.
-
Early Earth’s Deep Mantle May Have Held More Water Than Previously Believed, Study Finds
Scientists have discovered that Earth’s deep mantle may have stored an ocean’s worth of water during the planet’s earliest years. New experiments show that bridgmanite, a dominant mantle mineral, can hold much more water under extreme heat, offering fresh insight into how Earth retained water and became habitable.
-
Chinese Researchers Reveal How Earth's Deep Mantle Stored Oceans Of Water Billions Of Years Ago
This discovery makes a significant contribution to understanding Earth's early evolution.
-
China's Chang'e-6 Space Mission Discovers Tiny Iron Oxide Crystals On Moon
This study, based on samples for the first time, shows that highly oxidized minerals like hematite can exist on the Moon.
-
Crunchy Crickets, Mealworms And More: Astronauts Could Eat Insects In Space
Insects can be a safe option for space travel as they require less land, water and feed than traditional livestock.
-
Mars Once Had Changing Lakes: NASA Reveals Signs Of Life-Friendly Water Phases In Jezero Crater
As Mars's atmosphere changed, Jezero's water gradually became less acidic and more balanced.
-
NASA’s GRACE Satellites Reveal Hidden Deep-Earth Process Behind Gravity Disturbance
Scientists have discovered a mysterious gravity signal detected by satellites nearly 20 years ago, which is linked to deep mantle changes beneath the Earth’s surface. The anomaly, lasting two years, coincided with a magnetic “jerk”, suggesting a rapid mass shift near the planet’s core.
