
Astronomers Capture Rare Shock Breakout During Massive Stellar Collapse
Researchers have observed the complete lifecycle of a massive star’s death, providing new insights into the mechanics of high-energy stellar explosions.

Researchers have observed the complete lifecycle of a massive star’s death, providing new insights into the mechanics of high-energy stellar explosions.

New research suggests that massive stellar objects could be the missing link in understanding both mysterious infrared signatures and the rapid formation of primordial black holes.

High-resolution observations of the sun reveal previously unseen vortex structures that may explain the mechanics of solar heating.

An international team will utilize an Irish Air Corps aircraft to capture high-resolution data on the Sun’s magnetic field during the upcoming total solar eclipse.

New observations from the LHAASO observatory reveal that a binary star system accelerates particles to energies thirty times higher than previously thought possible.

New imaging data from the Very Large Telescope reveals a stellar companion orbiting the famous red supergiant, fundamentally altering models of its evolutionary path.

A new demonstration of logical quantum computing confirms the ability to perform complex tasks beyond the reach of classical simulation methods.

The second eROSITA data release provides a comprehensive census of the X-ray sky, finally identifying the stellar populations responsible for the Milky Way’s mysterious ridge glow.

New research confirms that the enigmatic objects observed in the early universe are supermassive black holes in a phase of rapid growth, rather than evidence of new physics.

New imaging data from the Very Large Telescope has identified a faint companion star orbiting Betelgeuse, resolving a long-standing mystery in stellar evolution.