Reporting and analysis tagged jwst.
New kinematic data from the James Webb Space Telescope confirms the mechanism that sustains active galactic nuclei by funneling cold gas into circumnuclear disks.
New observations reveal that early galaxies utilized organized structures to channel cold gas, challenging long-held theories about chaotic star formation.
New gravitational lensing data confirms a 10:1 minor merger, aligning observational evidence with long-standing dark matter simulations.
New infrared data from the James Webb Space Telescope suggests a massive star cluster acts as a fossilized remnant of the early galaxy.
New observations from the James Webb Space Telescope reveal an unexpectedly mature galaxy cluster, forcing a reexamination of how massive structures formed in the early universe.
Researchers have mapped pre-supernova pressure across 1,600 star clusters, providing a new template for understanding galaxy evolution.
New infrared data from the Centaurus cluster demonstrate how large-scale filamentary networks directly fuel the growth of central black holes.
New data from the James Webb Space Telescope reveals black holes that predate their host galaxies, forcing a re-evaluation of early universe cosmic evolution.
Researchers have identified carbon monoxide, water, and hydroxyl in the atmosphere of a hot Jupiter by applying advanced signal processing to archival telescope data.