Latest Articles for Star Formation

New methods improve understanding of faint active galactic nuclei and their effects on galaxies.

Recent findings reveal how galaxies form stars post-reionization.

Study reveals the role of cold carbon and oxygen in stellar birth.

This study examines the relationship between X-ray binaries and their environment in NGC 300.

This study examines how merging galaxies influence star formation through molecular gas.

This study examines how stellar feedback affects the evolution of dwarf spheroidal galaxies.

Research reveals the role of cool gas streams in star formation around a submillimeter galaxy.

Study reveals oxygen and iron levels in galaxies, shedding light on their evolution.

This article examines how environment influences star formation and galaxy colors.

New insights into how galaxies evolve through time using JWST data.

Understanding dense galaxies reveals insights into the universe's past.

Study of hot molecular cores reveals star formation insights in low-metallicity environments.

The Local Volume Mapper studies stars and gas in our universe.

Exploring the effects of star formation and UV radiation on dark matter halos.

Insights into low-mass galaxies from the early universe shed light on star formation.

Studying dwarf galaxies reveals vital information about star formation and galaxy evolution.

Study reveals how black holes influence star formation patterns in galaxies.

This article examines how galaxy bars shape star formation in disc galaxies.

This study examines how AGN shape star formation in galaxies.

A study of galaxies revealing details about star formation activities and structures.

Study reveals UV light impacts HNC/HCN ratios in star-forming regions.

Study identifies 2,233 supernova remnants in 19 star-forming galaxies.

A novel model reveals how stellar feedback influences star formation in dwarf galaxies.

Recent findings reveal complex behaviors of Mrk 1239, a Narrow Line Seyfert 1 AGN.

This research examines how AGNs influence star formation in nearby galaxies.

Magnetic fields guide gas flows in molecular clouds, influencing star formation processes.

This article explores how AGN jets shape the evolution of galaxies.

Recent discoveries challenge our views of galaxy formation in the early universe.

Insights into the structure and star formation of galaxy HZ10.

Recent observations reveal star formation histories in six nearby galaxies.

Research on dust helps reveal the influence of PAHs in galaxy evolution.

Scientists use advanced mapping to study star formation in the Orion region.

New survey data from JWST uncovers previously unseen galaxies in the infrared spectrum.

Studying Anomalous Balmer Emitters reveals complexities in galaxy formation and star creation.

Study reveals the star formation processes in two unique lenticular galaxies.

Recent findings on galaxy protoclusters reveal their importance in understanding the universe's evolution.

A faint gas-rich galaxy found, offering new insights into galaxy evolution.

New findings from JWST challenge current theories on galaxy formation.

A new method for better understanding galaxy evolution by refining far-infrared data.

Examining the gas content and AGN role in quiescent galaxies.