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NASA’s Perseverance Rover Poised for Years of Exploration Across Jezero Crater
NASA’s Perseverance rover, in excellent condition, is ready for long-term Mars exploration. Using autonomous driving, it has travelled nearly 25 miles, studied olivine-rich rocks, and collected samples revealing potential signs of past microbial life. The rover now heads to Lac de Charmes for further scientific investigation, promising years of d...
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Study Reveals Saturn's "Mimas" Moon Might Have Hidden Boiling Ocean Under Its Ice
But on larger icy moons, the ice layer may break up before the water boils, preventing the formation of a boiling ocean.
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Icy Moons Might Have Oceans That Briefly Boil, Study Suggests
A new study suggests that icy moons such as Mimas and Enceladus may host boiling subsurface oceans triggered by thinning ice shells and falling pressure. This low-temperature boiling could still support life beneath the surface. The research also explains geological features on larger icy moons and strengthens their potential as sites for finding e...
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Boiling Oceans May Hide Beneath Icy Moons, New Study Suggests
A new study suggests that icy moons such as Mimas and Enceladus may host boiling subsurface oceans triggered by thinning ice shells and falling pressure. This low-temperature boiling could still support life beneath the surface. The research also explains geological features on larger icy moons and strengthens their potential as sites for finding e...
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Mercury Has Shrunk by Several Kilometers Over Billions of Years, Scientists Report
Mercury’s surface reveals it has been shrinking for billions of years due to cooling and faulting. A new study estimates the planet’s radius has contracted by 2.7–5.6 kilometers, offering the most precise figures yet. The findings sharpen understanding of Mercury’s thermal evolution and could help scientists apply the same techniques to tec...
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Earth’s Oldest Impact Crater Turns Out to Be Much Younger, Scientists Reveal in New Study
The Miralga impact crater in Western Australia, once thought to be Earth’s oldest at 3.5 billion years, has now been redated to after 2.7 billion years ago. With a revised diameter of just 16 kilometers, the structure no longer supports theories of early crust or life formation, but remains scientifically valuable for studying Mars-like planetary...
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‘Ghost’ Plume Found Beneath Oman May Explain India’s Ancient Tectonic Shift
A buried magma plume beneath Oman’s Salma Plateau may have nudged India’s tectonic path during its collision with Eurasia, scientists report. Named “Dani,” the amagmatic plume caused no eruptions but likely altered continental motion 40 million years ago. This discovery redefines how silent, deep mantle forces can reshape continents without...
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New Island Forms in Caspian Sea as Water Levels Drop, Russian Scientists Confirm
Russian scientists have verified the existence of a new island in the northern Caspian Sea, first spotted via satellite in late 2024. Located 30 km from Maly Zhemchuzhny Island, the islet appeared as sea levels reached historic lows due to climate change and tectonic shifts. Although researchers couldn’t land due to shallow water, drone images ...
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Perseverance Rover Studies Ancient Martian Rocks at Fallbreen and Forlandet Quadrangle
NASA's Perseverance rover reached new ground on June 7, 2025, exploring ancient Martian terrain at Fallbreen and moving into the Forlandet quadrangle near Jezero Crater. This region may contain Mars' oldest rocks, offering key insights into the planet’s early geology. The mission also honors Earth's own exploration history by naming Martian sites...
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AI Reveals Mars’s Mysterious Slope Streaks Likely Formed by Dust, Not Water Activity
An AI-based study has found that Mars’s mysterious dark slope streaks are likely formed by dust and wind, not flowing water as long believed. Based on an analysis of over 86,000 satellite images, the findings challenge past theories and may help scientists focus future Mars missions on more promising areas in the search for ancient life.
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Venus May Be Geologically Active: New Study Reveals Tectonic Processes Shaping Its Surface
Is Venus still geologically alive? New findings using NASA's Magellan data reveal that the planet's surface may be actively reshaped by subsurface plumes, supporting modern tectonic activity. Using NASA’s Magellan data and computer simulations, the study offers compelling evidence that Venus is not geologically dead, with implications for future ...
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New Study Confirms Venus Is Still Geologically Active
A new study shows Venus is still geologically active. Scientists discovered mantle plumes creating coronae on their surface, revealing dynamic inner processes similar to early Earth. This breakthrough sets the stage for upcoming NASA and ESA missions to study Venus in greater detail.
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New Study Suggests Yellowstone May Help Solve the World’s Helium Crisis
A new geological study reveals that Yellowstone National Park may harbor a valuable source of carbon-free helium, a gas crucial for medical devices, space missions, and quantum technologies. Traditionally extracted alongside fossil fuels, helium is in global shortage and poses environmental concerns when sourced conventionally. Scientists have iden...
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Water on Ancient Mars? New Study Challenges the Cold Planet Theory
Scientists have uncovered compelling evidence suggesting that early Mars was surprisingly wet, featuring extensive networks of lakes and river basins shaped by rainfall and snowfall. This challenges long-held views of a predominantly cold and icy ancient Mars. Despite current climate models struggling to explain sustained liquid water on the Red Pl...
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Ancient Greenland Rocks Found in Iceland Sheds Light on Late Antique Ice Age
A 2025 study led by geologists Christopher Spencer, Ross Mitchell, and Thomas Gernon identifies ancient Greenland rocks embedded in Icelandic cliffs. These rocks, transported by icebergs over 1500 years ago, confirm glacial expansion during the Late Antique Little Ice Age (LALIA). The findings shed light on past climate anomalies and serve as cruci...
-
NASA’s Perseverance Rover Poised for Years of Exploration Across Jezero Crater
NASA’s Perseverance rover, in excellent condition, is ready for long-term Mars exploration. Using autonomous driving, it has travelled nearly 25 miles, studied olivine-rich rocks, and collected samples revealing potential signs of past microbial life. The rover now heads to Lac de Charmes for further scientific investigation, promising years of d...
-
Study Reveals Saturn's "Mimas" Moon Might Have Hidden Boiling Ocean Under Its Ice
But on larger icy moons, the ice layer may break up before the water boils, preventing the formation of a boiling ocean.
-
Icy Moons Might Have Oceans That Briefly Boil, Study Suggests
A new study suggests that icy moons such as Mimas and Enceladus may host boiling subsurface oceans triggered by thinning ice shells and falling pressure. This low-temperature boiling could still support life beneath the surface. The research also explains geological features on larger icy moons and strengthens their potential as sites for finding e...
-
Boiling Oceans May Hide Beneath Icy Moons, New Study Suggests
A new study suggests that icy moons such as Mimas and Enceladus may host boiling subsurface oceans triggered by thinning ice shells and falling pressure. This low-temperature boiling could still support life beneath the surface. The research also explains geological features on larger icy moons and strengthens their potential as sites for finding e...
-
Mercury Has Shrunk by Several Kilometers Over Billions of Years, Scientists Report
Mercury’s surface reveals it has been shrinking for billions of years due to cooling and faulting. A new study estimates the planet’s radius has contracted by 2.7–5.6 kilometers, offering the most precise figures yet. The findings sharpen understanding of Mercury’s thermal evolution and could help scientists apply the same techniques to tec...
-
Earth’s Oldest Impact Crater Turns Out to Be Much Younger, Scientists Reveal in New Study
The Miralga impact crater in Western Australia, once thought to be Earth’s oldest at 3.5 billion years, has now been redated to after 2.7 billion years ago. With a revised diameter of just 16 kilometers, the structure no longer supports theories of early crust or life formation, but remains scientifically valuable for studying Mars-like planetary...
-
‘Ghost’ Plume Found Beneath Oman May Explain India’s Ancient Tectonic Shift
A buried magma plume beneath Oman’s Salma Plateau may have nudged India’s tectonic path during its collision with Eurasia, scientists report. Named “Dani,” the amagmatic plume caused no eruptions but likely altered continental motion 40 million years ago. This discovery redefines how silent, deep mantle forces can reshape continents without...
-
New Island Forms in Caspian Sea as Water Levels Drop, Russian Scientists Confirm
Russian scientists have verified the existence of a new island in the northern Caspian Sea, first spotted via satellite in late 2024. Located 30 km from Maly Zhemchuzhny Island, the islet appeared as sea levels reached historic lows due to climate change and tectonic shifts. Although researchers couldn’t land due to shallow water, drone images ...
-
Perseverance Rover Studies Ancient Martian Rocks at Fallbreen and Forlandet Quadrangle
NASA's Perseverance rover reached new ground on June 7, 2025, exploring ancient Martian terrain at Fallbreen and moving into the Forlandet quadrangle near Jezero Crater. This region may contain Mars' oldest rocks, offering key insights into the planet’s early geology. The mission also honors Earth's own exploration history by naming Martian sites...
-
AI Reveals Mars’s Mysterious Slope Streaks Likely Formed by Dust, Not Water Activity
An AI-based study has found that Mars’s mysterious dark slope streaks are likely formed by dust and wind, not flowing water as long believed. Based on an analysis of over 86,000 satellite images, the findings challenge past theories and may help scientists focus future Mars missions on more promising areas in the search for ancient life.
-
Venus May Be Geologically Active: New Study Reveals Tectonic Processes Shaping Its Surface
Is Venus still geologically alive? New findings using NASA's Magellan data reveal that the planet's surface may be actively reshaped by subsurface plumes, supporting modern tectonic activity. Using NASA’s Magellan data and computer simulations, the study offers compelling evidence that Venus is not geologically dead, with implications for future ...
-
New Study Confirms Venus Is Still Geologically Active
A new study shows Venus is still geologically active. Scientists discovered mantle plumes creating coronae on their surface, revealing dynamic inner processes similar to early Earth. This breakthrough sets the stage for upcoming NASA and ESA missions to study Venus in greater detail.
-
New Study Suggests Yellowstone May Help Solve the World’s Helium Crisis
A new geological study reveals that Yellowstone National Park may harbor a valuable source of carbon-free helium, a gas crucial for medical devices, space missions, and quantum technologies. Traditionally extracted alongside fossil fuels, helium is in global shortage and poses environmental concerns when sourced conventionally. Scientists have iden...
-
Water on Ancient Mars? New Study Challenges the Cold Planet Theory
Scientists have uncovered compelling evidence suggesting that early Mars was surprisingly wet, featuring extensive networks of lakes and river basins shaped by rainfall and snowfall. This challenges long-held views of a predominantly cold and icy ancient Mars. Despite current climate models struggling to explain sustained liquid water on the Red Pl...
-
Ancient Greenland Rocks Found in Iceland Sheds Light on Late Antique Ice Age
A 2025 study led by geologists Christopher Spencer, Ross Mitchell, and Thomas Gernon identifies ancient Greenland rocks embedded in Icelandic cliffs. These rocks, transported by icebergs over 1500 years ago, confirm glacial expansion during the Late Antique Little Ice Age (LALIA). The findings shed light on past climate anomalies and serve as cruci...
