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Despite over a century of research, the biological purpose of different blood types in humans and animals remains an open question.
Researchers confirm altermagnetism in RuO2 thin films, opening new avenues for high-speed, high-density magnetic memory devices and advanced AI.
Scientists discover active methane mounds 3.6km deep in the Greenland Sea, teeming with life. What this means for deep-sea ecosystems and methane release.
NASA's NGC 2264 'Christmas Tree' cluster offers a unique window into star formation. Analysis reveals insights into young star behavior and nebula evolution.
Hubble captures unprecedented images of a turbulent, planet-forming disk dubbed 'Dracula's Chivito,' challenging assumptions about early planetary systems.
A new theory suggests the Star of Bethlehem wasn't a star at all, but a comet whose unique path created the illusion of standing still, explained.
A proposed kilometric baseline interferometer could significantly improve the detection of Earth-mass and sub-Earth-mass exomoons, expanding the search for habitable worlds.
Analysis of exocomet 3I/ATLAS's anti-tail reveals unexpectedly large particles, challenging conventional comet models and prompting further investigation.
ALMA observations reveal diverse chemical compositions in star-forming regions of the LMC, challenging our understanding of star birth under varying metallicity conditions.
Astrophysicists use subtle galaxy distortions to map dark matter distribution, confirming cosmological models and expanding our understanding of the universe.
Discovery of methane hydrate mounds and chemosynthetic life deep beneath the Greenland Sea reveals new insights into Arctic carbon cycling and unique ecosystems.
NASA's 'Christmas Tree' nebula combines X-ray and optical data, revealing star formation processes and the power of multi-wavelength astronomy. We break down the science.
Explore the science of meteor showers: how they form from cosmic debris, why they have specific names, and what determines their vibrant colors in Earth's atmosphere.
An in-depth look at the Ursid meteor shower, explaining the science of comet debris, atmospheric entry, and optimal viewing conditions for this annual event.
2026 presents a unique opportunity for skywatchers, featuring a series of eclipses, meteor showers, and planetary conjunctions offering insights into celestial mechanics.