Latest Articles for Astrophysics

Recent findings reveal the impact of quasar H1821+643 on nearby hot gas.

Research reveals how galaxy mergers enrich their surrounding environments.

New GPU adaptations boost simulations of complex astrophysical phenomena.

Study reveals early brightness spikes in supernovae affect distance measurements.

Examining new spacetime types from Minkowski through transformations.

A look into the merging processes of the radio galaxy Cygnus A.

Discover how neutron stars and pulsars challenge our understanding of physics.

This article examines the unique features of B335's protostar outflow.

Research on isolated galaxies reveals key relationships between gas and star formation.

Study identifies key X-ray sources in M14, linking them to stellar objects.

A simpler, effective approach to set timesteps in astrophysical simulations.

Researchers use JWST to study planet formation in protoplanetary disks.

Machine learning models aid in predicting the mass of atomic nuclei.

Study reveals insights into galaxy formation and environmental impact on their development.

Research reveals insights into the colors and radio emissions of quasars.

Research reveals synchrotron emissions in massive star systems HD167971 and HD168112.

This article examines how plasma affects black holes and their shadows.

Study reveals key interactions in solar plasma structures.

Research reveals the role of CH3+ in organic chemistry within protoplanetary disks.

Investigating the link between dark matter and neutron star cooling behavior.

Investigating the unusual behavior of SFXTs and their X-ray emissions.

Study reveals complex gas and dust outflows from the binary star HBC 494.

Research reveals young star clusters in Cosmic Gems arc, shedding light on galaxy formation.

A study of the G148.24+00.41 molecular cloud reveals its potential for star formation.

New insights on jitter noise help improve gravitational wave detection.

Exploring the fascinating nature of black holes and their thermal properties.

Research reveals rapid dust formation impacts star evolution dynamics.

This study applies machine learning to improve redshift estimates for GRBs.

Researchers study Cepheids to refine distance calculations in astronomy.

Analyzing symmetry operators in black hole spacetimes to simplify complex equations.

A study on high-energy gamma-ray emissions from the Sun reveals complex patterns.

Active Galactic Nuclei reveal intricate processes influencing black holes and their environments.

Exploring how warm inflation adds to our understanding of the Universe's beginnings.

Scientists investigate phase changes in matter using particle collisions at CERN.

Research reveals dust composition affecting planet formation around the young star HD 144432.

A new method to measure the universe's shape and opacity using HII galaxies.

Examining energy and configuration in the 3-body problem.

Research sheds light on density variations among Kuiper Belt objects and their formation.

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

New insights into filament eruptions and their implications for stellar activity.