Latest Articles for Galaxies

Astronomers use gravitational lensing to detect distant stars and study dark matter.

Weak gravitational lensing reveals insights about dark matter and cosmic structures.

A study reveals detailed star data from the Andromeda galaxy.

Understanding galaxy properties using light analysis from distant galaxies.

This study explores the behavior of gas around quasars, focusing on FeLoBALs.

Studying light distortions reveals secrets about dark energy and dark matter.

Researchers identify SDSS J1257+2023 as a potential binary black hole system.

A study reveals patterns in gamma-ray emissions from blazars over time.

A new method improves measurements of galaxy mass using kinematic data.

Research reveals the significance of binary stars in Sculptor's structure and history.

Astronomers identify 50 new globular cluster candidates in M 31 using advanced techniques.

A study of Andromeda's stellar halo reveals dark matter's role in galaxy formation.

A look into methods for estimating galaxy cluster masses using the Cosmic Microwave Background.

Researchers investigate galaxy formation times using clustering and dark matter effects.

Examining how cold gas clouds affect galactic wind dynamics and galaxy evolution.

Discover how axion stars might emit light in our galaxy.

Researchers study flares from Sgr A* to learn about black holes and their environments.

This research examines how supernovae influence the formation and evolution of galaxies.

Scientists unveil a new galaxy lensing system, shedding light on dark matter.

New findings reveal the significant role of quasars in cosmic reionization.

Research reveals how magnetic fields affect gas mixing layers in galaxies.

This article explores Type Ia supernovae and their role in understanding the universe's expansion.

Investigating the formation and evolution of the Milky Way through star populations.

Research uses machine learning to categorize galaxies based on their light emissions.

Explore the role of the angular power spectrum in studying the universe's structure.

This study compares star movement measurements from Gaia and VIRAC2.

Astronomers study the unique features of TDE AT2019qiz and its surrounding environment.

Study reveals mergers do not always enhance star formation in galaxies.

Measuring galaxy properties reveals insights into their formation and evolution.

Study reveals how environment impacts angular momentum in disk galaxies.

Research reveals ancient metal-poor stars may populate the Milky Way more than expected.

Study reveals key insights into molecular gas and star formation rates in NGC 613.

This research examines galaxy morphology using high-resolution images from JWST.

Scientists use machine learning to classify star clusters in nearby galaxies more accurately.

New evidence suggests high-energy neutrinos are emitted from our galaxy's plane.

Recent JWST observations reveal details of star formation in Spitzer I region.

Research reveals insights on star formation and the maximum mass of stars.

Research sheds light on early stars and Milky Way's formation.

Study reveals connections between black holes and their host galaxies through tidal disruption events.

Researchers investigate neutrino emissions from bright Seyfert galaxies using IceCube Observatory data.