A new study suggests galaxies in the early universe appear much larger and brighter than expected, precisely as predicted by ...

The standard model for how galaxies formed in the early universe predicted that the James Webb Space Telescope (JWST) would see dim signals from small, primitive galaxies. But data are not confirming ...

Dark matter is an essential element of galaxy formation and physics, according to the standard theory of how the universe ...

The standard model for how galaxies formed in the early universe predicted that the James Webb Space Telescope (JWST) would ...

Can Starlink and astronomy coexist? The rise of "mega-constellations" has sparked concerns about light pollution and radio ...

"Very little is known about what causes the formation of magnetars," researcher Kritti Sharma said. "Our work helps to answer this question." ...

Legendary Star Lacks Evidence for Large Planet Construction Ever since the dawn of human consciousness, skywatchers have been ...

Large galaxies, like the Milky Way, attract smaller galaxies. Our solar system 's cosmic neighborhood spans 100,000 ...

Astronomers have found a link between mysterious fast radio bursts and magnetars within massive star-forming galaxies.

Astronomers trained the instrument on a number of galaxies in deep space, and at the center of one galaxy spotted a young, ...

Researchers have uncovered where FRBs are more likely to occur in the universe -- massive star-forming galaxies rather than low - mass ones.

A cutting-edge telescope array is helping scientists to pinpoint the cosmic hotspots where strange radio signals originate.