Asteroid Bombardment May Have Cracked Earth's Crust for Life
New research reveals how asteroid impacts during Earth's first billion years fractured the crust, creating conditions that may have enabled life to emerge.
New research reveals how asteroid impacts during Earth's first billion years fractured the crust, creating conditions that may have enabled life to emerge.
The next-generation Very Large Array prototype antenna has successfully achieved first light, marking a crucial step toward a 244-antenna system 10 times more...
Texas A&M University develops breakthrough robotics and construction technology to build permanent lunar settlements using the moon's own materials.
A comprehensive survey of nearby star systems shows higher-mass stars typically have companions, while our solitary sun represents the exception rather than...
New helioseismology study reveals sun's magnetic activity is shifting closer to surface, potentially making Solar Cycle 25 stronger than traditional measures...
Helioseismology study reveals sun's magnetic activity shifting closer to surface across recent cycles, potentially making space weather harder to predict.
New study maps 424 stellar objects within 10 parsecs, revealing that most stars have companions while our sun remains unusually alone in space.
Research suggests diets high in added sugar may strain the hippocampus, disrupt insulin signaling, and fuel inflammation, potentially weakening memory over time. Cutting sugary drinks and ultra-processed snacks can support better brain health.
Fossil teeth and arm bones suggest human right-handedness began deep in evolution, linking ancient tool use, social learning, and brain specialization long before modern life.
Scientists identified more than 1,700 previously overlooked dark proteins in human cells, expanding the known proteome and opening new possibilities for disease research, cancer biomarkers, immunotherapy, and drug discovery.
JWST reveals hidden filaments, shocked gas, and twin supermassive black holes inside NGC 6240, offering a vivid look at how a violent galaxy merger reshapes stars, dust, and future cosmic evolution.
Antarctic ice preserves rare iron-60 stardust from ancient supernovae, giving scientists a direct record of interstellar material reaching Earth as the Solar System moves through the Milky Way.