Latest Articles for Galactic Studies

This study highlights the significance of RGB stars in understanding stellar evolution.

Analyzing gas outflows in NGC 253 reveals insights into galaxy growth and star formation.

Quasars provide valuable data for understanding the universe's evolution.

Study reveals characteristics of emission line galaxies through observational methods.

Research highlights the link between lithium levels and the ages of stars.

Investigating the dense dust cloud near the Galactic Center and its historical significance.

Recent study reveals strong links between optical and gamma-ray emissions in blazars.

A look into how isotropic basis functions aid in studying galaxy distributions.

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

An overview of cosmological models and observational data in modern science.

Examining how chemical elements vary with distance and age in the Galactic disc.

A newly discovered star system redefines theories on star formation and evolution.

Research highlights patterns in sodium abundance among stars of different ages.

Researchers utilize machine learning to reconstruct mid-infrared spectra from limited data.

Research reveals dark energy's evolving role in cosmic expansion over time.

Study examines element abundances in eight stars to understand galaxy evolution.

This study investigates the properties and impact of UFOs in active galactic nuclei.

New methods improve image clarity for galaxy studies.

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

This study investigates how ionising photons escape from star-forming galaxies.

Researchers identify potential runaway AGNs, advancing our knowledge of supermassive black holes.

A recently detected radio transient reveals intriguing characteristics and potential origins.

A closer look at the unique characteristics of FRB20221219A and its implications.

Researchers reveal key findings on star formation in a dense molecular cloud.

Recent data reveals important details about black hole flares and their origins.

Researchers use multi-modal deep learning to improve radio source identification.

SubDLe uses machine learning to identify galaxy substructures more efficiently.

Studying how carbon monoxide from galaxies affects cosmic microwave background measurements.

Research reveals insights into star formation from the starless core H-MM1.

Study reveals how galaxy environments affect star formation rates and quenching processes.

Research reveals key characteristics of massive star-forming galaxies.

This article examines how radio waves reveal the magnetic environment of our galaxy.

Examining the Tully-Fisher Relation and galaxy characteristics.

Study reveals new details about fast radio bursts and their emission regions.

Study reveals how magnetic fields impact star formation in the Sgr B2 region.

BlueMUSE will revolutionize observations in blue and near-ultraviolet light.

Study investigates the role of early stars in galaxy chemical development.

Investigating the role of eDIG in galaxy evolution through star formation and shocks.

Galaxy groups are key to understanding galaxy formation and their interactions.

GRB171205A challenges existing views on gamma-ray burst environments.