Latest Articles for Galactic Evolution

Investigating the nature of redshift in quasars and its implications for galaxies.

A look into the relationship between quasar winds and their radio signals.

Study reveals low molecular gas in low-mass galaxies during cosmic noon.

Study reveals gas inflows and metal content in a distant spiral galaxy.

Research reveals varied star compositions in globular clusters, challenging previous beliefs.

This study investigates the impact of dust on quasars and their host galaxies.

Study reveals star formation and black hole mass in galaxy hosting blazar.

Examining the unique chemical traits of phosphorus-rich stars and their significance in the galaxy.

This study explores the role of PAH dust in understanding star formation rates.

New findings reveal how AGN halt star formation in early galaxies.

Study reveals how radio AGN interact with their host galaxies' growth and star formation.

ISMGCC improves analysis of molecular gas in galaxies, revealing intricate structures.

This study reveals key insights about the properties of dwarf galaxies.

A deep look at molecular gas and its influence on galaxies.

New research reveals key factors influencing star formation in dense space regions.

New methods aim to confirm elusive black hole binaries using self-lensing flares.

Study explores how surroundings affect star formation in lenticular galaxies.

Research reveals stable Fe2/Mg2 ratios in quasars, indicating early iron enrichment.

Researchers enhance understanding of molecular gas using PAHs and CO in galaxies.

Examining how different galaxies create stars and the factors influencing this process.

Recent studies reveal insights into star formation within dense clouds of gas.

Scientists analyze carbon isotopes to understand the Milky Way's evolution.

Fast radio bursts offer insights into the universe's vast unknowns.

Research reveals new insights into quasar and galaxy interactions.

A new approach enhances galaxy formation predictions by incorporating variability.

Study reveals relationships between dust, star formation, and galaxy mass.

JWST reveals new data on faint galaxies and AGNs in the early universe.

A look into how supermassive black holes grow in early galaxies.

Study reveals hidden black holes in dwarf galaxies using DESI data.

Exploring the timing of X-ray emissions from black holes in galaxies.

Discover how stellar families evolve in globular clusters over billions of years.

A look into the fascinating world of high-redshift quasars and black holes.

Explore crucial moments in the Universe's timeline and their impact on us.

Europium is key to understanding planetary habitability and cosmic evolution.

Discover how dust shapes galaxies and star formation across the universe.

Researchers analyze star-forming galaxies to study element production and star life cycles.

Learn about the significance and formation of gas and energy streams in space.

This study explores how environment and nuclear activity affect galaxy aging and star formation.

Discover how stars interact and collide in dense cosmic environments.

Study reveals link between star age and rocky planet makeup.