Latest Articles for Astrophysics

Understanding noise and improving analysis methods in gravitational wave research.

Research investigates light patterns in quasars, focusing on the Balmer decrement.

This study reveals how star rotation varies with age and color in the Orion region.

Research reveals unexpected gravitational effects in low-acceleration environments of wide binary stars.

New findings link massive young stars to cosmic ray acceleration.

Research reveals insights into star ages and masses from LAMOST data.

New insights into supernova ejecta composition enhance our knowledge of stellar explosions.

Scientists use pulsars to find gravitational waves, shedding light on cosmic events.

Machine learning helps scientists analyze neutron star properties from observed data.

Exploring Horndeski-like gravity and its effects on cosmology.

Researchers analyze gravitational waves to investigate black holes and fundamental physics.

A look into the unique characteristics and significance of supernova SN 2018ibb.

Study reveals gas dynamics and thermodynamic states in the galaxy cluster Zwicky 3146.

The LoTSS survey reveals crucial details about galaxy formation through radio emissions.

Examining how star radiation affects nebulae in the Sh 2-185 region.

Research reveals important patterns of cool gas surrounding galaxy clusters.

New findings reveal GJ 1214 b's complex, hazy atmosphere and high metallicity.

An overview of white dwarf systems and their explosive outcomes.

This article explores the interactions between boson stars and smaller objects.

Recent studies reveal vital information on gravitational wave backgrounds and black-hole binaries.

Investigating the role of millicharged particles in dark matter's mystery.

A look into inflation models, scalar fields, and their impact on the universe.

GstLAL improves its capabilities for upcoming gravitational wave observations.

Exploring the unique properties and behaviors of black holes through thermodynamic principles.

The Dragonfly Galaxy showcases unique interactions during its merger.

Research reveals potential common origins of electrons and protons from the sun.

Tidal disruption events reveal interactions between stars and supermassive black holes.

A deep dive into the unique light variations of EPIC 206197016 and its companion.

Researchers explore methods to estimate hydrogen gas in early galaxies.

Discover the mysteries of merging neutron stars through gravitational waves and radio signals.

An overview of gravitational waves and the search for primordial gravitons.

Investigating the Appleby-Battye model as an alternative to traditional cosmological theories.

Delving into the formation and evolution of unique star systems.

Researchers study light changes in black holes and their connection to mass.

A closer look at the significance of 21-cm signals in the early Universe.

Innovative techniques for studying gravitational-wave backgrounds could reveal cosmic secrets.

A deep dive into the diverse star groups in NGC 2808.

Research reveals insights into AGN behavior in crowded galactic environments.

This study examines cerium's changes in the Milky Way over time.

Researchers find surprising intracluster light in young galaxy proto-clusters.