Scientists study the distant blazar OH 471 to understand how supermassive black holes launched powerful jets in the early universe, providing insights into galaxy evolution.
Read More : Unlocking Early Universe Jets: The Case of Blazar OH 471
Astronomers using the James Webb Space Telescope have identified a novel population of galaxies with a unique combination of features, defying current categorization and likened to the platypus.
Read More : Webb Telescope Uncovers Mysterious Galaxies Resembling Platypuses
Astronomers using NASA's James Webb Space Telescope have discovered metallic iron dust and silicon carbide in the dwarf galaxy Sextans A, offering new perspectives on early galaxy evolution and the formation of planetary building blocks.
Read More : Webb Telescope Uncovers Rare Dust in Primitive Galaxy, Reshaping Early Universe Insights
Astronomers have discovered a dense trail of gas swirling around the red supergiant star Betelgeuse, providing the first direct evidence of a hidden companion star influencing its behavior.
Read More : Betelgeuse's Mysterious Behavior Explained by Hidden Companion Star's Wake
Scientists have refined a thermal model to map temperatures on Mercury's north pole, revealing areas cold enough for water ice to be stable, supporting previous radar observations.
Read More : Unveiling Mercury's Polar Secrets: New Thermal Model Maps Potential for Water Ice
Astronomers have discovered a new type of astronomical object, a starless, gas-rich, dark-matter cloud nicknamed "Cloud-9," providing a rare glimpse into the early universe and galaxy formation.
Read More : Cloud-9: A Starless Relic of Early Galaxy Formation Discovered
Explore the geological wonders of Cedar Breaks National Monument in Utah as seen from space, revealing millions of years of Earth's history.
Read More : Cedar Breaks National Monument: A Geological Tapestry from Above
A large-scale analysis of applications to highly selective colleges reveals that Asian American students face lower attendance rates than similarly qualified white students, with legacy status and geography playing significant roles.
Read More : Disparate Impacts of College Admissions Policies on Asian American Applicants
New research uses advanced computer simulations to model the complex emission from young stars, suggesting that a combination of magnetospheric accretion and disk winds is key to understanding these celestial phenomena.
Read More : Unraveling the Mysteries of Young Stellar Disks: Hybrid Models Offer New Insights
A new study tests the superfluid dark matter model against galaxy rotation data, finding tensions with stellar mass estimates and gravitational lensing observations.
Read More : Superfluid Dark Matter Faces Challenges Fitting Galaxy Rotation Curves and Explaining Gravitational Lensing