Latest Articles for Observational Astronomy

Exploring the connection between dark matter and black hole shadows.

How Earth's shape affects space-based observations of black holes.

Examining the role of turbulence in galaxy clusters and future observations with Athena.

This study analyzes element patterns in nearby star-forming galaxies to reveal cosmic evolution.

This study investigates the relationship between dark matter halos and galaxy cluster properties.

Studying the SZ effect reveals key aspects of galaxies and their surrounding gas.

Researchers use CARPoolGP to better model and study cosmic structures.

Examining inflows and outflows around the Circinus galaxy's black hole.

A deep dive into NGC1052-DF2 and its surprising dark matter characteristics.

Research sheds light on the early galaxy's formation and evolution.

Examining the mechanics and mysteries behind powerful gamma-ray bursts.

Examining how coronal loop expansion affects solar phenomena and space weather.

Study reveals young stars in early-type galaxies, reshaping our understanding of galaxy evolution.

Researchers find eight faint galaxies with unique characteristics and low star formation rates.

Investigating small celestial systems reveals insights into solar system formation.

Examining a galaxy known for its high star formation and gas dynamics.

Gamma-ray bursts offer insights into the universe's most violent events.

Study reveals key insights into star formation rates and emissions in NGC 1365.

This study examines choked jets and their role in producing high-energy neutrinos.

Examining mysterious X-ray bursts from the universe and their implications.

Study reveals 238 candidate SNRs in NGC 7793, improving identification techniques.

Scientists investigate dark matter's hidden sector and its impact on the universe.

Research deepens our knowledge of compact stars using non-minimal derivative coupling gravity.

Scientists study the corona's heating mechanisms and complex emission line behavior.

Study of polarization in solar light reveals magnetic field interactions.

This study analyzes cosmic shear and its relationship with ordinary matter effects.

Machine learning aids in classifying the universe's shape through cosmic microwave background analysis.

Research highlights challenges and methods to observe black hole photon rings accurately.

Learn about EMRIs and their significance in astrophysics.

New insights into the magnetic fields of CW Leo and R Leo revealed through polarisation.

Research reveals distinct groups of binary black holes via gravitational wave analysis.

Research on stellar streams helps us learn about dark matter subhaloes in galaxies.

Study of surface brightness fluctuations in two distinct galaxy clusters reveals gas behavior.

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

Investigating how light-emitting galaxies shaped the early universe.

This study simulates [CII] light from early galaxies to inform future observations.

Recent findings reveal new limits on black hole charges through lensing rings.

Study reveals how gravitational waves interact with massive black holes.

Investigating how gravitational waves behave in relation to massive objects and aether theory.

A detailed study of star formation processes in the hub-filament system G6.55-0.1.