Latest Articles for Galaxy Formation

Astronomers study blue horizontal-branch stars to learn about the Milky Way's halo.

This article examines changes in galaxies joining clusters, focusing on star formation and morphology.

Research reveals tidal features in edge-on galaxies using deep imaging techniques.

Exploring how early galaxies influenced the universe's heating and ionization.

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

Researchers examine the unique features of the HS1549 protocluster.

Recent findings challenge existing theories on the rapid formation of massive galaxies.

A detailed study of I Zw 18 reveals its complex star formation history.

Advancements in computer methods enhance understanding of star formation histories in galaxies.

Cloud-9 challenges existing theories of galaxy formation and dark matter.

Research shows fewer measurements improve predictions of gas cooling and heating in galaxies.

Research reveals how non-thermal pressure impacts galaxy cluster mass estimations.

Exploring how turbulence affects gas behavior in galaxy surroundings.

A detailed look at bispectrum corrections for galaxy surveys.

Study reveals how galactic bars influence AGN activity in disc galaxies.

Investigating reionization and galaxy formation using Minkowski Functionals and 21 cm signals.

Large surveys aim to deepen our understanding of galaxy formation and behavior.

A look into how galaxy shapes reveal cosmic secrets.

An analysis of galaxy J0901 reveals insights into star formation and gas content.

This study reveals insights into merging galaxy clusters and their characteristics.

BAO provide critical insights into the structure and expansion of the universe.

Exploring how dark energy shapes galaxy orbits and gas behavior in clusters.

New findings on the merging dynamics of Abell 2744 using X-ray observations.

Research uncovers surprising behaviors of ultra-diffuse galaxies in their cosmic environment.

A study reveals the impact of ionised winds on galaxy evolution.

Learn about cosmic voids and their role in understanding the universe.

Examining how selection biases affect our understanding of lensing galaxies.

Examining the GD-1 stream and its surrounding stellar cocoon reveals insights into galaxy formation.

Scientists find significant neutral hydrogen in an early galaxy cluster, reshaping our cosmic understanding.

This article examines how molecular hydrogen and dust contribute to star formation in galaxies.

This study examines how radio AGN jets affect the gas around them.

Researchers use JWST to study early galaxy formation and the Milky Way's evolution.

Research explores star evolution at low heavy element presence.

Analyzing BOSS data reveals new insights on galaxy clustering and cosmological parameters.

A look at halo models and their significance in galaxy formation.

New data enhances our study of open clusters and their properties.

This study examines the molecular gas surrounding five pairs of dual quasars.

This research investigates how supermassive black holes influence galaxy formation.

Researchers combine simulations to efficiently study neutral hydrogen during cosmic reionization.

Research reveals filamentary structures connected to Abell 2744, enhancing knowledge of galaxy formation.