Latest Articles for Observational Astronomy

Analyzing gas dynamics and galaxy interactions around quasars 3C 9 and 4C 05.84.

Innovative methods to analyze cosmic events using advanced neural networks.

Astronomers study a gas plume around a distant galaxy, revealing its complex origins.

A study reveals conditions for star formation in merging Antennae galaxies.

Scientists investigate quasars' brightness changes linked to dark matter and planetary-mass objects.

Dwarf galaxies are key to understanding star formation and cosmic history.

Exploring dark energy's influence on the universe via galaxy and Cosmic Microwave Background interactions.

New telescope findings challenge existing models of galaxy formation, pointing to primordial black holes.

This article examines how dust influences galaxy development in the early universe.

Exploring the impact of dying stars on planetary systems.

Study reveals links between mass accretion, jet speed, and brightness in DG Tau.

Investigating how Lyα light from galaxies contributes to cosmic reionization.

This article examines modified gravity models and their impact on cosmic acceleration.

Study reveals insights into ionising radiation in star-forming galaxies using infrared observations.

Researchers identify potential dormant black holes using variable star data.

A study of gas dynamics around supermassive black holes.

A study of two distant galaxies reveals insights into star element creation.

The patchy screening effect reveals crucial insights into gas distribution in the universe.

Investigating how stellar metallicity reveals the Milky Way's formation timeline.

A study on how gravitational waves affect binary systems and their dynamics.

Analyzing a young star's significant outburst in the VdBH 221 cluster.

This study analyzes how age and rotation affect the magnetic fields of solar-type stars.

Examining the role of magnetic fields in star and planet formation.

A study of distant blazars reveals insights into cosmic phenomena.

An overview of black holes and their fascinating phenomena.

This study examines how galaxies evolve from the early universe to now.

Research unveils new candidates among cataclysmic variables known as period-bouncers.

Discover how EELGs reveal secrets of star formation and cosmic evolution.

A look at how gas and matter shape cosmic structures.

An examination of how young binary stars accrete mass and influence each other.

A look into cosmic rays and their potential sources in our galaxy.

A look at the chromosphere's role in solar activity and its observation.

Researchers unveil dynamics of accretion and ejection in young stars.

Neutron stars are dense remnants of massive stars, showcasing unique properties and behaviors.

Research on binary pulsars reveals their potential to detect ultra-light dark matter.

Recent findings reveal the significance of molecular gas in quasar host galaxies.

New models improve understanding of galaxy distributions and their implications for cosmology.

A new emulator speeds up the study of kilonovae light curves.

IXPE sheds light on magnetars, revealing their unique emissions and polarized light.

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