Latest Articles for Galactic Evolution

A novel technique improves distance estimates for dusty star-forming galaxies.

Study reveals how hot winds from black holes influence galaxy growth and dynamics.

New modeling techniques improve our understanding of stellar oscillations and properties.

Explore how DIG influences star formation and galaxy evolution.

A look into elemental compositions affecting cosmic processes.

HELLO project uncovers key patterns in galaxy formation and development in the early universe.

Exploring the active galactic nucleus's impact on galaxy evolution.

Learn how disk galaxies evolve and what factors influence their structures.

New findings reveal stars are forming in spaces between galaxies.

Examining how binary stars interact with surrounding gas disks to gather material.

Research reveals important details about the first stars and galaxies in the universe.

This study focuses on high-redshift blazars, their characteristics, and implications for cosmic evolution.

Learning about AGN reveals secrets of galaxies and black holes.

Study reveals how hydrogen density changes around black holes in nearby AGN.

Study of stellar chemical makeup reveals origins and evolution in the Milky Way.

JWST reveals previously hidden details about distant galaxies and their evolution.

Zoomies uses Gaia data to improve our understanding of star ages.

Investigating the formation and significance of intermediate-mass black holes in the universe.

This article examines how star formation feedback influences bar structures in galaxies.

Exploring how superbubbles form and their influence on galaxy evolution.

Researchers find eight faint galaxies with unique characteristics and low star formation rates.

Investigating how W28 alters nearby gas and dust clouds through shock waves and cosmic rays.

Examining mysterious X-ray bursts from the universe and their implications.

Unraveling the acceleration of cosmic rays from massive stars.

Examining how UV light and helium shape the universe's early history.

Investigating the origins and mechanisms of Type Ia supernovae through 3C 397's unique features.

Research reveals how metals are distributed in galaxies over time.

This study compares BAL quasars with non-BAL quasars to reveal differences in radio emissions.

Research explores young star clusters in the dwarf galaxy NGC4449 and their formation.

Learn about tidal disruption events and their role in the universe.

Research reveals helium abundance in stars impacts our understanding of galactic evolution.

Population III stars shaped the universe's evolution through their explosive lifecycles.

Insights into supernovae, delay time distributions, and their role in cosmic expansion.

Exploring cosmic shear's role in dark matter studies and modified gravity insights.

Exploring factors influencing the mass-size relation of quiescent galaxies.

Examining how surroundings influence star formation in dwarf galaxies.

A new framework improves galaxy classification accuracy and efficiency.

Examining how star clusters behave during dwarf galaxy collisions.

A new model offers clarity on how stars form in turbulent environments.

This article examines how superbubbles affect gas movement in galaxies.