This week in science: researchers discover genome-driven evolutionary mutations, an ant species that clones workers, a carotenoid with anti-tumor properties, and a primordial black hole that challenges galaxy formation theories!
A groundbreaking discovery reveals a giant black hole possibly formed just microseconds after the Big Bang, challenging everything we know about cosmic evolution. This could mean black holes formed before their host galaxies!
Scientists are on the brink of potentially revolutionizing our understanding of the universe by searching for primordial gravitational waves, remnants from the Big Bang that could unveil cosmic secrets.
A groundbreaking study suggests black holes might convert dead star matter into dark energy, potentially explaining cosmic mysteries and altering our understanding of the universe's expansion.
A groundbreaking study suggests that black holes might incubate dark energy, challenging our understanding of the universe's expansion. Researchers propose black holes convert dead star matter into dark energy, linking it to the cosmic lifecycle.
Astronomers unveil a star system with five potentially habitable planets, while discoveries about black holes, neutrinos, and AI-driven physics experiments captivate the scientific community. Plus, learn how to witness an amazing planetary alignment this August!
A massive star's attempt to consume a black hole led to a spectacular explosion, revealing new insights into stellar deaths. Discover how this cosmic dance ended in a supernova!
Astronomers have identified the earliest confirmed black hole, a colossal entity 300 million times the size of our sun, offering insights into the universe's origins. This groundbreaking discovery pushes the boundaries of our understanding of cosmic history.
Astronomers have uncovered a dormant ultramassive black hole at the heart of the Orange Galaxy, revealing secrets about cosmic evolution and the intricate relationship between galaxies and their central black holes.
Astronomers using the James Webb Space Telescope have captured its first images of black holes tearing apart stars in dusty galaxies. These groundbreaking observations reveal the hidden nature of tidal disruption events and the behavior of supermassive black holes.
