Latest Articles for Stellar Masses

Studying faint galaxies reveals insights into early universe events.

Study reveals key details about extreme emission line galaxies and their significance.

This study reveals how galaxies interact with their gas environments over time.

Exploring the growth patterns of galaxies similar to the Milky Way.

This study examines the relationship between radio emissions and X-ray emissions in AGN.

Research reveals detailed properties of a distant galaxy influenced by gravitational lensing.

An overview of how cosmic variance impacts the study of distant galaxies.

Examining how dark matter halos influence galaxy formation and star creation rates.

This study reveals the unique properties of giant radio galaxies compared to smaller ones.

Study examines globular cluster sizes and their connection to galaxy properties.

A new study identifies 49 galaxies using the MeerKAT telescope in just 2.3 hours.

Exploring the star formation histories of nearby spiral galaxies and their structures.

Examining how voids affect galaxy classification and characteristics.

A comprehensive study identifies over a million galaxy clusters, enhancing our cosmic knowledge.

Study reveals insights into star formation in dusty galaxies DSFG-1 and DSFG-3.

Exploring the significance of dusty star-forming galaxies in understanding the universe.

New findings reveal details about massive galaxies formed shortly after the Big Bang.

Analyzing star and gas movement variations in galaxies to reveal their evolution.

An exploration of nuclear star clusters and their role in galaxy evolution.

Research uses machine learning to predict key properties of galaxies.

Research reveals the influence of dense environments on galaxy stellar mass.

Analyzing how narrow-band surveys affect galaxy property estimation.

Research on ancient galaxies focuses on light emitted by gas during star formation.

Examining the Tully-Fisher Relation and galaxy characteristics.

New techniques use machine learning to predict galaxy properties based on dark matter halos.

This study reveals key properties of galaxies from the early universe.

Recent studies reveal the role of dust in galaxy formation and evolution.

J1316+2614 reveals insights into early galaxy formation with its intense star formation activity.

Research reveals connections between galaxy properties and neutron star merger rates.

A study reveals the age and composition of quiescent galaxies.

Study reveals new details about the structure of massive elliptical galaxies.

A study on how BCGs influence intracluster light and galaxy cluster evolution.

A look into how scientists estimate the stellar mass of dwarf galaxies.

Study examines the relation between satellite galaxy brightness and mass within clusters.

Study examines relationship between supermassive black holes and early galaxies.

Examining the hot gas surrounding galaxies and its significance in cosmic evolution.

Examining the relationship between supernova types and their host galaxies.

Dust plays a key role in shaping galaxies and star formation.

Dust affects galaxy properties, leading to measurement errors in redshifts and stellar masses.

New data from WALLABY sheds light on the properties of gas-rich galaxies.