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New Study Reveals Incredible Microbial Life Deep Under Earth’s Surface
A groundbreaking study published in Science Advances has revealed the extensive microbial life thriving beneath Earth's surface. The research led by Emil Ruff uncovers diverse ecosystems at depths of up to 4,375 metres, challenging previous assumptions about energy limitations in deep environments. It also suggests that Earth's subsurface microbes ...
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NASA’s InSight Mars Lander Captured with Dust Layers by Mars Reconnaissance Orbiter
NASA’s retired InSight Mars lander has been spotted by the Mars Reconnaissance Orbiter (MRO) in a recent image taken on October 23, 2024. The image, captured using the HiRISE camera, shows dust accumulation on InSight’s solar panels, now matching the reddish-brown Martian surface. This observation provides insights into wind patterns and dust m...
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Mars Dust Storms May Be Predictable Based on Surface Heating Patterns
A new study suggests warm days on Mars often precede dust storms, with researchers analysing data from NASA's Mars Reconnaissance Orbiter. The findings show 78% of storms correlate with increased solar heating, particularly in northern regions of the planet. Scientists have developed an algorithm predicting certain storm types with 64% confidence, ...
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Super-Earth In the Solar System Could Have Rendered Our Planet Uninhabitable, Says Study
A recent study explores a hypothetical super-Earth between Mars and Jupiter, revealing its severe impact on Earth's orbit and climate. Conducted by Florida Institute of Technology scientists Emily Simpson and Howard Chen, the simulation demonstrates how such a planet’s gravity could destabilise neighbouring planets, causing erratic orbits and ext...
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Mars' Moons Might Have Been Created From Asteroids Coming Too Close to the Red Planet
A study published in Icarus explores the possibility that Mars’ moons, Phobos and Deimos, formed from asteroid debris torn apart by the planet’s gravitational forces. Researchers ran advanced simulations to propose this scenario, which fits the moons’ circular orbits better than previous theories. Japan’s upcoming MMX mission is expected to...
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Evidence of Hot Water on Mars Found in Ancient Meteorite From Early Days of Solar System
Evidence of ancient hot water activity on Mars has been found in a 4.45-billion-year-old zircon grain from the NWA7034 meteorite. The findings, detailed in Science Advances, reveal that hydrothermal systems were active on Mars during the Pre-Noachian period. Researchers suggest these systems, essential for life on Earth, could have made Mars habita...
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Discovery Of Ancient Hot Water On Mars Indicator Of Its Habitable Past
Australian researchers have discovered the oldest direct evidence of hot water activity on Mars, revealing that the planet may have once been habitable.
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Mars’ Moons Phobos and Deimos Could Be Asteroid Debris, New Study Reveals
New research proposes that Mars’ moons, Phobos and Deimos, could have originated from an asteroid torn apart by the planet’s gravity. Simulations show that this shredded asteroid could have formed a ring around Mars, eventually coalescing into the moons. The theory is being tested through the upcoming Mars Moons Exploration mission, which could...
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NASA’s Curiosity Rover Concludes Sulphur Study in Gediz Vallis; Mars Journey Continues
NASA’s Curiosity rover has completed its study of Mars’ Gediz Vallis channel, capturing key images of the sulphur deposits discovered within. The rover's next mission will explore a unique geological formation called the Boxwork. Located in the foothills of Mount Sharp, Gediz Vallis is important for understanding the transition from Mars’ wet...
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New Research Reveals How Dynamo Reversals Impact Mars Magnetic Fields
Recent research in Nature Communications suggests that weak magnetic fields above Martian basins may stem from prolonged dynamo reversals, which reduce field strength over time. Through cooling models, scientists revealed that these reversing processes could account for Mars’s unique magnetic history, rather than indicating an early shutdown of t...
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LignoSat, World's First Wooden Satellite, Developed In Japan, Heads To Space
The world's first wooden satellite, built by Japanese researchers, was launched into space on Tuesday, in an early test of using timber in lunar and Mars exploration.
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South Korea's KASA and NASA to Launch CODEX Solar Coronagraph to ISS
South Korea’s Korea Aerospace Administration (KASA) is collaborating with NASA to send a solar coronagraph named CODEX to the International Space Station (ISS). Scheduled for launch aboard SpaceX's Falcon 9 rocket, CODEX aims to observe the sun's corona and solar wind, providing vital data for understanding solar weather. This mission is part of ...
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NASA Study Suggests Microbial Life May Thrive Beneath Martian Ice
NASA's study explores how Martian ice could harbour life by creating meltwater pockets beneath the surface that allow photosynthesis. Dust within the ice might absorb sunlight, warming it enough to create these pockets. The findings highlight the possibility of microbial life in Mars’ tropical regions, where sunlight may penetrate deep into the i...
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Bristol's System Could Revolutionise Lunar Exploration with Remote Rover Control
The University of Bristol has developed a teleoperation system enabling remote control of lunar rovers, potentially revolutionising how lunar missions are conducted. The system bypasses signal delays, enabling precise sample collection and assembly tasks. Haptic feedback simulates lunar conditions, giving operators a realistic sense of touch when p...
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NASA's Study Suggests Life Could Thrive Beneath Ice in Mars
NASA's latest study proposes that meltwater beneath Mars' icy surface could sustain microbial life. Researchers utilised advanced computer modelling to demonstrate that sunlight can penetrate water ice enough to allow photosynthesis in shallow meltwater pools. These pools, which may form in the Martian tropics, could provide a protective environmen...
-
New Study Reveals Incredible Microbial Life Deep Under Earth’s Surface
A groundbreaking study published in Science Advances has revealed the extensive microbial life thriving beneath Earth's surface. The research led by Emil Ruff uncovers diverse ecosystems at depths of up to 4,375 metres, challenging previous assumptions about energy limitations in deep environments. It also suggests that Earth's subsurface microbes ...
-
NASA’s InSight Mars Lander Captured with Dust Layers by Mars Reconnaissance Orbiter
NASA’s retired InSight Mars lander has been spotted by the Mars Reconnaissance Orbiter (MRO) in a recent image taken on October 23, 2024. The image, captured using the HiRISE camera, shows dust accumulation on InSight’s solar panels, now matching the reddish-brown Martian surface. This observation provides insights into wind patterns and dust m...
-
Mars Dust Storms May Be Predictable Based on Surface Heating Patterns
A new study suggests warm days on Mars often precede dust storms, with researchers analysing data from NASA's Mars Reconnaissance Orbiter. The findings show 78% of storms correlate with increased solar heating, particularly in northern regions of the planet. Scientists have developed an algorithm predicting certain storm types with 64% confidence, ...
-
Super-Earth In the Solar System Could Have Rendered Our Planet Uninhabitable, Says Study
A recent study explores a hypothetical super-Earth between Mars and Jupiter, revealing its severe impact on Earth's orbit and climate. Conducted by Florida Institute of Technology scientists Emily Simpson and Howard Chen, the simulation demonstrates how such a planet’s gravity could destabilise neighbouring planets, causing erratic orbits and ext...
-
Mars' Moons Might Have Been Created From Asteroids Coming Too Close to the Red Planet
A study published in Icarus explores the possibility that Mars’ moons, Phobos and Deimos, formed from asteroid debris torn apart by the planet’s gravitational forces. Researchers ran advanced simulations to propose this scenario, which fits the moons’ circular orbits better than previous theories. Japan’s upcoming MMX mission is expected to...
-
Evidence of Hot Water on Mars Found in Ancient Meteorite From Early Days of Solar System
Evidence of ancient hot water activity on Mars has been found in a 4.45-billion-year-old zircon grain from the NWA7034 meteorite. The findings, detailed in Science Advances, reveal that hydrothermal systems were active on Mars during the Pre-Noachian period. Researchers suggest these systems, essential for life on Earth, could have made Mars habita...
-
Discovery Of Ancient Hot Water On Mars Indicator Of Its Habitable Past
Australian researchers have discovered the oldest direct evidence of hot water activity on Mars, revealing that the planet may have once been habitable.
-
Mars’ Moons Phobos and Deimos Could Be Asteroid Debris, New Study Reveals
New research proposes that Mars’ moons, Phobos and Deimos, could have originated from an asteroid torn apart by the planet’s gravity. Simulations show that this shredded asteroid could have formed a ring around Mars, eventually coalescing into the moons. The theory is being tested through the upcoming Mars Moons Exploration mission, which could...
-
NASA’s Curiosity Rover Concludes Sulphur Study in Gediz Vallis; Mars Journey Continues
NASA’s Curiosity rover has completed its study of Mars’ Gediz Vallis channel, capturing key images of the sulphur deposits discovered within. The rover's next mission will explore a unique geological formation called the Boxwork. Located in the foothills of Mount Sharp, Gediz Vallis is important for understanding the transition from Mars’ wet...
-
New Research Reveals How Dynamo Reversals Impact Mars Magnetic Fields
Recent research in Nature Communications suggests that weak magnetic fields above Martian basins may stem from prolonged dynamo reversals, which reduce field strength over time. Through cooling models, scientists revealed that these reversing processes could account for Mars’s unique magnetic history, rather than indicating an early shutdown of t...
-
LignoSat, World's First Wooden Satellite, Developed In Japan, Heads To Space
The world's first wooden satellite, built by Japanese researchers, was launched into space on Tuesday, in an early test of using timber in lunar and Mars exploration.
-
South Korea's KASA and NASA to Launch CODEX Solar Coronagraph to ISS
South Korea’s Korea Aerospace Administration (KASA) is collaborating with NASA to send a solar coronagraph named CODEX to the International Space Station (ISS). Scheduled for launch aboard SpaceX's Falcon 9 rocket, CODEX aims to observe the sun's corona and solar wind, providing vital data for understanding solar weather. This mission is part of ...
-
NASA Study Suggests Microbial Life May Thrive Beneath Martian Ice
NASA's study explores how Martian ice could harbour life by creating meltwater pockets beneath the surface that allow photosynthesis. Dust within the ice might absorb sunlight, warming it enough to create these pockets. The findings highlight the possibility of microbial life in Mars’ tropical regions, where sunlight may penetrate deep into the i...
-
Bristol's System Could Revolutionise Lunar Exploration with Remote Rover Control
The University of Bristol has developed a teleoperation system enabling remote control of lunar rovers, potentially revolutionising how lunar missions are conducted. The system bypasses signal delays, enabling precise sample collection and assembly tasks. Haptic feedback simulates lunar conditions, giving operators a realistic sense of touch when p...
-
NASA's Study Suggests Life Could Thrive Beneath Ice in Mars
NASA's latest study proposes that meltwater beneath Mars' icy surface could sustain microbial life. Researchers utilised advanced computer modelling to demonstrate that sunlight can penetrate water ice enough to allow photosynthesis in shallow meltwater pools. These pools, which may form in the Martian tropics, could provide a protective environmen...
