New research using NASA’s James Webb Space Telescope examines the maximum sizes of gas giant exoplanets, measuring chemical compositions and formation processes in the HR 8799 system.

NASA's James Webb Space Telescope (JWST) provides new insights into the formation of massive gas giant exoplanets, challenging previous size limits.

Hohenfels, Germany is no stranger to the U.S. Army in wintertime. What’s more surprising are the 70-ton Abrams Tanks trudging ...

Gas giants are enormous planets made primarily of hydrogen and helium. They may contain dense central cores, but unlike Earth, they do not have solid ...

OVERLAND PARK, KS - February 24, 2026 - PRESSADVANTAGE - RestoPros of South Kansas City, a leading water damage ...

Far beyond our solar system, in the distant Pegasus constellation, lies a star system that is reshaping our understanding of ...

Astronomers have confirmed a bright galaxy called MoM-z14 that already existed just 280 million years after the Big Bang.

If a gas giant planet is big enough to ignite deuterium fusion, it becomes a brown dwarf instead of a planet. But this definition is incomplete and does not tell us how gas giants form or what ...

Gas giants possibly developed slowly in the solar system. They developed cores layer by layer within a disk of ice and dust ...

From UPI apps to public transport and sustainable architecture, design operates beneath the surface, structuring experience long before decoration.

Visitors reportedly noticed the natural landmark, located in Italy’s Puglia region, was missing on the morning of Feb. 15 ...

Study led by University of Bonn finds galaxy clusters contain about twice as much normal matter as previously estimated, based on recalculated stellar populations and survey data.