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Magnetic Control of Lithium Enables Safer, High-Capacity “Dream Battery” Without Explosion Risk
POSTECH researchers have developed a “dream battery” using magnetic control of lithium to prevent dendrite formation. The hybrid anode stores lithium safely, offers four times the capacity of graphite, and sustains stable cycling, creating a safer high-energy solution for EVs and energy storage.
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James Webb Space Telescope Could Illuminate Dark Matter in an Unexpected Way
New research suggests the James Webb Space Telescope could help uncover the true nature of dark matter. By observing strange, elongated galaxies in the early universe, scientists believe JWST may reveal how dark matter shaped cosmic structure, offering clues that could narrow down long-standing theories about this invisible substance.
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James Webb Telescope Finds Evidence Of Giant "Dinosaur" Stars From Early Universe
The research also suggests that these massive stars transformed directly into black holes at the end of their lives without undergoing a supernova explosion.
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New Orbital Clues Reveal How Hot Jupiters Moved Close to Their Stars
Researchers reveal some hot Jupiters drifted inward smoothly through protoplanetary disks, offering clues to planetary system formation and stability.
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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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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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Astronomers Spot Possible Primordial Cluster Beyond Neptune
According to Princeton researchers, the classical belt's structure should be understood as consisting of three major components.
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James Webb Space Telescope May Have Spotted the Universe’s First Stars, Astronomers Say
Astronomers using the James Webb Space Telescope have detected a distant, metal-poor galaxy whose unusually massive, ultraviolet-bright stars match the expected signatures of Population III — the universe’s first stars. Through the help of gravitational lensing and Webb’s infrared sensitivity, researchers observed light from just 800 million ...
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MIT Detects Traces of a Lost ‘Proto Earth’ Deep Beneath Our Planet’s Surface
MIT researchers have discovered rare isotopic traces of a “proto Earth” that existed before the giant impact that shaped our modern planet. Found deep in ancient rocks, these potassium isotope signatures reveal remnants of Earth’s earliest material, offering fresh insight into the planet’s formation and the solar system’s earliest history...
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Uranus and Neptune May Be More Rock Than Ice, New Research Suggests
A new pre-print study proposes that Uranus and Neptune might not be “ice giants” after all. Using assumption-free models, scientists found their interiors could range from mostly icy to mostly rocky, suggesting we know far less about these distant worlds and that new missions are essential to solve the mystery.
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Lunar Samples Reveal Far Side of the Moon Is Cooler Than Near Side
China’s Chang’e 6 mission has revealed the moon’s far side is cooler than its near side, with samples showing a 180°F difference in formation temperatures. Researchers suggest uneven distribution of radioactive elements shaped these contrasts, offering the first physical evidence of a deep interior thermal divide in lunar history.
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Scientists Propose Space Missions to Chase Down Interstellar Comets
A Southwest Research Institute study reveals that chasing interstellar comets like 3I/ATLAS is achievable with current rockets and instruments. Such missions could collect data on comet nuclei and comae, providing clues to the formation of other star systems. International collaborations make these rare, high-value missions increasingly realistic.
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Scientists Say Missions to Interstellar Comets Like 3I/ATLAS Are Feasible With Existing Tech
A Southwest Research Institute study reveals that chasing interstellar comets like 3I/ATLAS is achievable with current rockets and instruments. Such missions could collect data on comet nuclei and comae, providing clues to the formation of other star systems. International collaborations make these rare, high-value missions increasingly realistic.
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Scientists Recreate Universe’s First Molecules, Challenging Early Star Formation Theories
Scientists have recreated helium hydride ions, the universe’s first molecules, under lab conditions. The study reveals these ions were far more effective in driving early star formation than older theories suggested. Published in Astronomy and Astrophysics, the research reshapes understanding of early cosmic chemistry and challenges assumptions a...
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In A Breakthrough, US Scientists Accidentally Create Gold Hydride While Forming Diamonds
This breakthrough occurred while the team was studying diamond formation from hydrocarbons under extreme pressure and heat.
-
Magnetic Control of Lithium Enables Safer, High-Capacity “Dream Battery” Without Explosion Risk
POSTECH researchers have developed a “dream battery” using magnetic control of lithium to prevent dendrite formation. The hybrid anode stores lithium safely, offers four times the capacity of graphite, and sustains stable cycling, creating a safer high-energy solution for EVs and energy storage.
-
James Webb Space Telescope Could Illuminate Dark Matter in an Unexpected Way
New research suggests the James Webb Space Telescope could help uncover the true nature of dark matter. By observing strange, elongated galaxies in the early universe, scientists believe JWST may reveal how dark matter shaped cosmic structure, offering clues that could narrow down long-standing theories about this invisible substance.
-
James Webb Telescope Finds Evidence Of Giant "Dinosaur" Stars From Early Universe
The research also suggests that these massive stars transformed directly into black holes at the end of their lives without undergoing a supernova explosion.
-
New Orbital Clues Reveal How Hot Jupiters Moved Close to Their Stars
Researchers reveal some hot Jupiters drifted inward smoothly through protoplanetary disks, offering clues to planetary system formation and stability.
-
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.
-
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.
-
Astronomers Spot Possible Primordial Cluster Beyond Neptune
According to Princeton researchers, the classical belt's structure should be understood as consisting of three major components.
-
James Webb Space Telescope May Have Spotted the Universe’s First Stars, Astronomers Say
Astronomers using the James Webb Space Telescope have detected a distant, metal-poor galaxy whose unusually massive, ultraviolet-bright stars match the expected signatures of Population III — the universe’s first stars. Through the help of gravitational lensing and Webb’s infrared sensitivity, researchers observed light from just 800 million ...
-
MIT Detects Traces of a Lost ‘Proto Earth’ Deep Beneath Our Planet’s Surface
MIT researchers have discovered rare isotopic traces of a “proto Earth” that existed before the giant impact that shaped our modern planet. Found deep in ancient rocks, these potassium isotope signatures reveal remnants of Earth’s earliest material, offering fresh insight into the planet’s formation and the solar system’s earliest history...
-
Uranus and Neptune May Be More Rock Than Ice, New Research Suggests
A new pre-print study proposes that Uranus and Neptune might not be “ice giants” after all. Using assumption-free models, scientists found their interiors could range from mostly icy to mostly rocky, suggesting we know far less about these distant worlds and that new missions are essential to solve the mystery.
-
Lunar Samples Reveal Far Side of the Moon Is Cooler Than Near Side
China’s Chang’e 6 mission has revealed the moon’s far side is cooler than its near side, with samples showing a 180°F difference in formation temperatures. Researchers suggest uneven distribution of radioactive elements shaped these contrasts, offering the first physical evidence of a deep interior thermal divide in lunar history.
-
Scientists Propose Space Missions to Chase Down Interstellar Comets
A Southwest Research Institute study reveals that chasing interstellar comets like 3I/ATLAS is achievable with current rockets and instruments. Such missions could collect data on comet nuclei and comae, providing clues to the formation of other star systems. International collaborations make these rare, high-value missions increasingly realistic.
-
Scientists Say Missions to Interstellar Comets Like 3I/ATLAS Are Feasible With Existing Tech
A Southwest Research Institute study reveals that chasing interstellar comets like 3I/ATLAS is achievable with current rockets and instruments. Such missions could collect data on comet nuclei and comae, providing clues to the formation of other star systems. International collaborations make these rare, high-value missions increasingly realistic.
-
Scientists Recreate Universe’s First Molecules, Challenging Early Star Formation Theories
Scientists have recreated helium hydride ions, the universe’s first molecules, under lab conditions. The study reveals these ions were far more effective in driving early star formation than older theories suggested. Published in Astronomy and Astrophysics, the research reshapes understanding of early cosmic chemistry and challenges assumptions a...
-
In A Breakthrough, US Scientists Accidentally Create Gold Hydride While Forming Diamonds
This breakthrough occurred while the team was studying diamond formation from hydrocarbons under extreme pressure and heat.
