Latest Articles for Stellar Evolution

Gaia mission data reveals key insights into binary star systems and their dynamics.

Research reveals biases in measuring young star ages due to starspots and binary stars.

A new tool offers better analysis of nebular emission in galaxies.

Study of SN2023fyq reveals unique precursor activity before supernova explosion.

RR Lyrae stars provide key insights into the Milky Way's history and formation.

Research reveals dynamics influencing double white dwarf binaries in globular clusters.

Discover the fascinating interactions of supernovae and their surrounding materials.

Examining the explosive dynamics of supernovae through advanced 3D simulations.

This study investigates the rare Type Icn supernovae and their connection to white dwarf mergers.

An overview of neutron stars, their mergers, and their unique properties.

An exploration of how kicks affect the motion of stars and their evolution.

New 3D models improve accuracy of stellar atmosphere analysis and spectroscopy.

Study identifies 2,233 supernova remnants in 19 star-forming galaxies.

This article explores chemically peculiar stars and their fascinating characteristics during the pre-main sequence phase.

An in-depth look at the properties of Supernova 2023ixf in the Pinwheel Galaxy.

Understanding how stars transform and impact their surrounding planetary systems.

Research reveals the significance of intra-ISCO emissions in black hole studies.

Cyg X-3 offers insights into complex interactions in binary star systems.

This article explores the complexities of solar modeling and recent advances in understanding solar composition.

A closer look at dust formation in the binary star system WR 125.

Exploring the role of tidal interactions in double white dwarf systems.

An analysis of the age, distance, and composition of NGC 1513.

Abell 57 reveals intriguing characteristics about its hot central star and emission knots.

A look into how binary star systems create intense cosmic explosions.

Research on [W60] B90 sheds light on red supergiant mass loss.

Astronomers aim to find Population III stars to understand galaxy formation.

Research reveals insights into accreting millisecond X-ray pulsars through observed X-ray bursts.

Study reveals significant nitrogen in ancient galaxies GN-z11 and CEERS-1019.

Metal-poor stars provide insight into the formation of elements in the universe.

Research highlights the role of binary systems among massive stars.

Investigating how binary mergers contribute to the creation of Wolf-Rayet stars.

Research on young stars reveals insights about Classical Be stars in NGC330.

Researchers find new pulsars linked to supernova remnants, enhancing our knowledge of neutron stars.

Discover how planets lose their atmospheres and the factors influencing this process.

Investigating the role of double white dwarfs in understanding galactic structure through gravitational waves.

An overview of black holes, their formation, and observational techniques.

Study reveals how star environments shape distant planetary systems.

Examining the pulsations and stellar winds of the pulsating WC8 star WR135.

Astronomers investigate the unique characteristics of supernova SN2023zaw.

This study examines the relationship between gamma-ray bursts and their precursors.