Latest Articles for Astrophysics

cDVGAN improves synthetic data for gravitational waves and glitches, aiding detection methods.

Explore how subsurface flows influence sunspots and solar flares.

Scientists study mergers for deeper cosmic understanding and gravitational wave detection.

A novel technique boosts the accuracy of star oscillation studies.

New findings reveal the role of massive stars in star formation dynamics.

A significant CME observed by multiple spacecraft reveals the dynamics of solar eruptions.

New methods improve analysis of gravitational waves by managing noise.

Study reveals how globular clusters trace the Milky Way's formation through mergers.

Insights into the hot gas and structure of a far-off galaxy cluster.

A look into linearized gravity and its important conserved properties.

Circumbinary disks significantly affect the dynamics of binary star systems.

Scientists detect X-ray emissions from the Spaghetti Nebula, revealing new insights into supernova remnants.

New findings reveal details of G279.0+01.1 through X-ray observations.

Researchers study hot plasma's role in the Milky Way using advanced X-ray observations.

New findings reveal the significance of X-ray emissions from surrounding hot gas around galaxies.

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

Research reveals insights into compact white-dwarf binaries and their cosmic behavior.

The eFEDS survey reveals new insights into hard X-ray sources and AGN.

Research reveals dynamic gas outflows in the fascinating Goldfish galaxy.

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

This study compares temperature measurements from different X-ray telescopes in galaxy clusters.

Recent findings reveal dynamic processes in the Virgo Cluster's galaxy interactions.

Astronomers find a new double degenerate ultra-compact binary in the LMC.

Study explores magnetic behaviors and dynamics in low-mass stars called ultracool dwarfs.

Researchers find connections between X-ray emissions and radio loops in the Goat Horn complex.

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

This study investigates the flare activity of M dwarf stars using advanced observations.

J2344 may be a potential tidal disruption event, showcasing unique radio emissions.

Study shows how black hole mass affects X-ray emissions in quasars.

eROSITA survey identifies over 138,800 coronal X-ray sources, expanding our knowledge of stellar activity.

Researchers uncover a 13 million parsecs long X-ray filament connecting two galaxy clusters.

An analysis of X-ray source variability observed by eROSITA.

Scientists find two galaxies showing repeating X-ray eruptions linked to black holes.

eROSITA's survey reveals extensive catalogs of X-ray sources across the sky.

Researchers analyze X-ray emissions from massive stars to understand their unique properties.

A study of the Spaghetti Nebula's X-ray emissions reveals insights into supernova remnants.

Research proposes photonic systems to enhance sensitivity in dark matter searches.

Exploring the role of magnetic fields in the Flame Nebula's star formation activities.

Examining the impact of GUP on the early universe dynamics.

Explore the balance of forces that determine the Sun's size.