
JWST and ALMA Data Reveal Stellar Feedback Mechanisms in NGC 3256
Researchers have mapped pre-supernova pressure across 1,600 star clusters, providing a new template for understanding galaxy evolution.
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Researchers have mapped pre-supernova pressure across 1,600 star clusters, providing a new template for understanding galaxy evolution.

New observations of a hyper-luminous quasar reveal a complex, stratified wind structure that challenges existing models of black hole feedback.

The 248th meeting of the American Astronomical Society gathers researchers in Pasadena to define the scientific priorities and data infrastructure for the 2030s.

A commercial robotic spacecraft is set to launch in late June to extend the life of a critical gamma-ray burst telescope facing orbital decay.

The new ANCHOR project provides a multi-modal, cell-resolution map of the human brainstem to advance neurological research and clinical diagnostics.

New infrared data from the Centaurus cluster demonstrate how large-scale filamentary networks directly fuel the growth of central black holes.

New observations reveal how intense star formation and galactic collisions trigger powerful gas outflows that rapidly deplete fuel for future stellar growth.

New research reveals a surprisingly mature supermassive black hole existing just 850 million years after the Big Bang.

New supercomputer simulations reveal how interstellar magnetic fields strip rotational energy from protostars, explaining the compact orbits observed in binary systems.

Researchers have identified a long-sought cone-shaped void in the galactic center, confirming that Sagittarius A* generates a continuous wind despite its quiescent state.