Latest Articles for Active Galactic Nuclei

Research reveals insights into AGNs and their host galaxies using JWST data.

Study reveals insights on star formation and AGN activity in merging galaxies.

Study reveals new insights into particle formation in powerful galactic centers.

Study reveals how X-ray luminosity relates to star formation rates in galaxies.

Scientists reveal the link between dusty galaxies and their central black holes.

Recent findings reveal active black holes in older, red galaxies.

Research sheds light on the energy processes of supermassive black holes in galaxies.

This study examines how AGN influence metallicity in galaxies affected by ram-pressure stripping.

New insights into distant galaxies using JWST's advanced infrared capabilities.

Investigating high-frequency oscillations to understand black holes and their impact on the universe.

Research reveals the relationship between soft excess and corona in active galaxies.

Study reveals complexities of radio emissions in galaxy cluster Abell 781.

This study develops machine learning techniques to better identify powerful radio galaxies.

Exploring how black holes form and evolve in the universe.

Researchers study cosmic rays and neutrinos to unlock secrets of the universe.

Aiming to study the brightness changes in Active Galactic Nuclei over time.

Study reveals how light changes around supermassive black hole in Markarian 142.

Learn how merging black holes affect their spins and behavior in active galaxies.

Tidal disruption events may play a key role in producing ultra-high energy cosmic rays.

Scientists uncover the mysteries of the Universe through the study of neutrinos.

Study reveals significant changes in bright AGNs, enhancing our knowledge of black holes.

Learn how hot dust near black holes reveals their influence on galaxies.

New findings reveal the complex relationship between supermassive black holes and galaxy formation.

This study investigates the role of radio-excess AGNs in galaxy evolution.

A recent study uncovers transients and variable sources in the NEP Time Domain Field.

Research uncovers redshifts of blazars, aiding understanding of the universe's expansion.

Examining how active galactic nuclei influence and are influenced by their host galaxies.

Research reveals details about the size-luminosity relation in AGNs.

This study examines how galaxy mergers relate to black hole growth and AGN activity.

New method enhances classification of X-ray sources in the universe.

Discover the unique characteristics and life cycles of high-luminosity CSOs.

Research reveals key findings about AGN in smaller galaxies and their black hole implications.

Recent studies reveal new findings about the Perseus Cluster's emissions and structure.

This study reveals new radio emissions from low-mass black holes.

eROSITA satellite reveals characteristics of hard X-ray sources and AGN.

Studying galaxies reveals connections between massive black holes and nuclear star clusters.

Scientists use machine learning to uncover obscured AGNs in galaxies.

HELM tracks light changes in distant galaxies to study their behavior and properties.

Recent observations reveal key details about the energetic jets of Pictor A.

Examining how AGN activity alters PAH properties in galaxies.