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AI Impact Summit 2026: MeitY Says AI Should Not Be Controlled by Small Set of Companies
AI Impact Summit 2026, India’s inaugural artificial intelligence (AI) event, will be held between February 16 and 20 in New Delhi. Ahead of the event, the Ministry of Electronics and Information Technology (MeitY) shared the vision, thematic structure, and progress of the summit. During the briefing, it was revealed that the AI summit will focus ...
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Scientists Map Ancient Mars River Basins For First Time, Offering New Clues In Search For Past Life
This research was published on November 24 in the journal Proceedings of the National Academy of Sciences.
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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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Uranus and Neptune May Be Rock-Dominated Planets, Study Suggests
Uranus and Neptune may not be true ice giants after all. New research using advanced hybrid simulations suggests the distant planets could be dominated by rocky material rather than water-rich ices. The findings challenge decades of planetary models and may help explain the planets’ unusual, non-dipolar magnetic fields. Scientists say future dedi...
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Uranus and Neptune May Be Rocky Worlds Not Ice Giants, New Research Shows
A new analysis challenges decades-old assumptions about Uranus and Neptune, revealing that both planets may contain far more rock than icy materials. These findings help explain their strange magnetic fields and show that traditional "ice giant" models may be incomplete. Scientists say only dedicated future missions can uncover the true interior ma...
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TRAPPIST-1e Methane Signal Likely False, Webb Data Suggests Airless Planet
The TRAPPIST-1 planetary system, located about 39 light-years from Earth, hosts seven rocky worlds orbiting a cool red dwarf star. While several of these Earth-sized planets lie in the star’s habitable zone, new observations from the James Webb Space Telescope suggest their atmospheres may be too thin to support life. Earlier hints of methane aro...
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James Webb Space Telescope Spots an Exoplanet Losing Its Atmosphere in a Huge Helium Stream
Astronomers using NASA’s James Webb Space Telescope have observed a massive helium cloud escaping from the super-puff exoplanet WASP-107b, marking the first direct detection of such atmospheric loss. Webb’s infrared data reveal an enormous exosphere nearly ten times the planet’s radius, with helium streaming both ahead of and behind the plane...
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A Nearby Planet May Have Formed the Moon Following a Collision With Early Earth: Study
A new analysis of Apollo samples and Earth rocks suggests that a nearby rocky planet, not a distant object, collided with early Earth and formed the moon. The study argues that this lost planet, Theia, originated in the inner solar system and shared Earth’s early neighbourhood, offering fresh insight into one of the most important events in our p...
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Scientists Warn Southern Ocean Could ‘Burp’ Stored Heat, Delaying Global Cooling for 100 Years
New modelling suggests the Southern Ocean could one day release the vast heat it has stored from greenhouse gas pollution. If CO₂ levels were pushed to net-negative, deep convection may trigger a sudden “thermal burp” that warms the planet for decades. Though idealised, the study shows how Antarctica’s surrounding seas could shape long-term...
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Venus' Winds Race Around The Planet At Extreme Speeds Due To Solar Heat
New findings suggest that diurnal tides, driven by solar heat, are a major contributor to the extreme speeds of Venus's winds.
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Scientists Finally Identify What Drives Venus’s Fast Winds
A new study has identified the primary force behind Venus’s extreme superrotating atmosphere: a once-per-day thermal tide driven by solar heating. Using data from Venus Express and Akatsuki along with circulation models, researchers show that this daily tide transports most of the momentum that accelerates cloud-top winds to speeds over 100 metre...
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Red Planet Day 2025: Why November 28 Marks A Landmark Moment In Mars Exploration
Red Planet Day 2025: Red Planet Day reminds us how a single spacecraft, Mariner 4, transformed humanity's understanding of Mars and opened a new era of planetary exploration.
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Study Reveals Hidden Deep-Earth Structures That Can Rewrite Planet's History
Researchers say each new discovery brings them closer to piecing together Earth's early history.
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New Study Challenges Long-Held Beliefs About Formation Of The Moon
According to researchers, the composition of a planet or celestial body holds the entire story of its formation and origin.
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Mars Orbiter Tracks Interstellar Comet 3I/ATLAS With Unprecedented Precision
Scientists mapped the path of interstellar comet 3I/ATLAS with ten times greater accuracy using images from ESA’s Mars orbiter. The breakthrough shows how observations from different points in space can improve future planetary defense. The data, the first of its kind from another planet’s orbit, offers a powerful new tool for tracking fast-mov...
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AI Impact Summit 2026: MeitY Says AI Should Not Be Controlled by Small Set of Companies
AI Impact Summit 2026, India’s inaugural artificial intelligence (AI) event, will be held between February 16 and 20 in New Delhi. Ahead of the event, the Ministry of Electronics and Information Technology (MeitY) shared the vision, thematic structure, and progress of the summit. During the briefing, it was revealed that the AI summit will focus ...
-
Scientists Map Ancient Mars River Basins For First Time, Offering New Clues In Search For Past Life
This research was published on November 24 in the journal Proceedings of the National Academy of Sciences.
-
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.
-
Uranus and Neptune May Be Rock-Dominated Planets, Study Suggests
Uranus and Neptune may not be true ice giants after all. New research using advanced hybrid simulations suggests the distant planets could be dominated by rocky material rather than water-rich ices. The findings challenge decades of planetary models and may help explain the planets’ unusual, non-dipolar magnetic fields. Scientists say future dedi...
-
Uranus and Neptune May Be Rocky Worlds Not Ice Giants, New Research Shows
A new analysis challenges decades-old assumptions about Uranus and Neptune, revealing that both planets may contain far more rock than icy materials. These findings help explain their strange magnetic fields and show that traditional "ice giant" models may be incomplete. Scientists say only dedicated future missions can uncover the true interior ma...
-
TRAPPIST-1e Methane Signal Likely False, Webb Data Suggests Airless Planet
The TRAPPIST-1 planetary system, located about 39 light-years from Earth, hosts seven rocky worlds orbiting a cool red dwarf star. While several of these Earth-sized planets lie in the star’s habitable zone, new observations from the James Webb Space Telescope suggest their atmospheres may be too thin to support life. Earlier hints of methane aro...
-
James Webb Space Telescope Spots an Exoplanet Losing Its Atmosphere in a Huge Helium Stream
Astronomers using NASA’s James Webb Space Telescope have observed a massive helium cloud escaping from the super-puff exoplanet WASP-107b, marking the first direct detection of such atmospheric loss. Webb’s infrared data reveal an enormous exosphere nearly ten times the planet’s radius, with helium streaming both ahead of and behind the plane...
-
A Nearby Planet May Have Formed the Moon Following a Collision With Early Earth: Study
A new analysis of Apollo samples and Earth rocks suggests that a nearby rocky planet, not a distant object, collided with early Earth and formed the moon. The study argues that this lost planet, Theia, originated in the inner solar system and shared Earth’s early neighbourhood, offering fresh insight into one of the most important events in our p...
-
Scientists Warn Southern Ocean Could ‘Burp’ Stored Heat, Delaying Global Cooling for 100 Years
New modelling suggests the Southern Ocean could one day release the vast heat it has stored from greenhouse gas pollution. If CO₂ levels were pushed to net-negative, deep convection may trigger a sudden “thermal burp” that warms the planet for decades. Though idealised, the study shows how Antarctica’s surrounding seas could shape long-term...
-
Venus' Winds Race Around The Planet At Extreme Speeds Due To Solar Heat
New findings suggest that diurnal tides, driven by solar heat, are a major contributor to the extreme speeds of Venus's winds.
-
Scientists Finally Identify What Drives Venus’s Fast Winds
A new study has identified the primary force behind Venus’s extreme superrotating atmosphere: a once-per-day thermal tide driven by solar heating. Using data from Venus Express and Akatsuki along with circulation models, researchers show that this daily tide transports most of the momentum that accelerates cloud-top winds to speeds over 100 metre...
-
Red Planet Day 2025: Why November 28 Marks A Landmark Moment In Mars Exploration
Red Planet Day 2025: Red Planet Day reminds us how a single spacecraft, Mariner 4, transformed humanity's understanding of Mars and opened a new era of planetary exploration.
-
Study Reveals Hidden Deep-Earth Structures That Can Rewrite Planet's History
Researchers say each new discovery brings them closer to piecing together Earth's early history.
-
New Study Challenges Long-Held Beliefs About Formation Of The Moon
According to researchers, the composition of a planet or celestial body holds the entire story of its formation and origin.
-
Mars Orbiter Tracks Interstellar Comet 3I/ATLAS With Unprecedented Precision
Scientists mapped the path of interstellar comet 3I/ATLAS with ten times greater accuracy using images from ESA’s Mars orbiter. The breakthrough shows how observations from different points in space can improve future planetary defense. The data, the first of its kind from another planet’s orbit, offers a powerful new tool for tracking fast-mov...
