Latest Articles for Cosmic Phenomena

AF Lep b reveals important details about planet formation and evolution.

Investigating the winds of quasars and their effects on galaxy evolution.

Research on dark clouds enhances knowledge of star formation and dust properties.

Study reveals important links between black holes and their outflow behaviors.

Research reveals complex energy patterns in blazars and their emissions.

Researchers propose origins of faint circular radio emissions found in space.

Learn about neutron stars, their formation, and unique properties.

Comparing VRO 42.05.01 and G 350.0-2.0 reveals important differences in supernova remnants.

A deep look into the behavior of radio jets from a distant quasar.

A new technique identifies active galactic nuclei in less massive galaxies.

Research reveals evidence of dual black holes in six galaxies.

Researchers study high-velocity gas and radio filaments in G0.17+0.15.

Highlighting the unique features and observations of the Snake filament in the Galactic center.

New findings shed light on the spin and behavior of black hole Cyg X-1.

The JWST sheds light on planet formation processes in protoplanetary disks.

Explore the unique features and behaviors of Kerr super-spinars.

Research sheds light on pulsar magnetic moments through advanced data techniques.

Scientists study HESS J1813-178 to identify gamma ray sources and their origins.

An in-depth look at how binary stars lead to different supernova outcomes.

New gravitational theory aims to explain cosmic mysteries.

Investigating dust and gas dynamics in R Doradus during its asymptotic giant branch phase.

Examining double flare phenomena caused by smaller black holes in nuclear star clusters.

New molecule HOCS+ found in cosmic cloud, shedding light on space chemistry.

An insight into the jets and knots of Blazar 3C345.

This study explores how black hole flares form through various orbits of hotspots.

This study reveals key factors influencing star birth in the NGC 1333 region.

A look into the unusual characteristics of the rapidly spinning star Zvrk.

Study reveals signs of late-time interactions in supernovae, enhancing cosmic understanding.

This study examines the relationship between radio emissions and X-ray emissions in AGN.

A look into the dynamics of stars at the Milky Way's center.

Study reveals links between star formation and gamma-ray emissions in galaxies.

New estimates reveal insights into black hole masses in two giant galaxies.

Exploring how weak lensing affects our understanding of gravitational waves.

Study reveals how neutrino flavors affect core-collapse supernovae dynamics.

Insights into the behavior of water masers from two stars, U Her and RR Aql.

Study reveals how hot winds from black holes influence galaxy growth and dynamics.

AtLAST aims to study gas and dust in nearby galaxies, enhancing our knowledge of star formation.

This research examines how AGN jets align with their host galaxies.

A deep learning model improves the analysis of gravitational wave signals from black holes.

This study analyzes blazars for patterns in brightness over 12 years.