Latest Articles for Stellar Evolution

A red nova's explosion offers insights into stellar mergers and their aftermath.

Research on isotopic abundances enhances knowledge of stars and planetary formation.

Research reveals jitter radiation as a key factor in Cas A's emissions.

We identify 15 rare carbon-deficient giants and explore their unique characteristics.

PSR J1208 5936 reveals essential details about double neutron star systems.

Examining the characteristics and differences between neutron stars and quark stars.

Recent findings reveal faster cooling rates for neutron stars than expected.

Exploring the role of quark stars in our universe's gravity.

A study of GRB221009A reveals insights into afterglow behavior and environmental interactions.

New research reveals rapid changes in maser emissions from rare water fountain stars.

Research reveals new measurements of white dwarf characteristics through ultraviolet light.

Investigating the complex radio signals from supernova explosions and their implications.

New findings reveal the role of magnetic fields in cosmic ray acceleration from SN 1006.

Researchers analyze multiple star systems to gain insights into stellar evolution.

A deep dive into the unique structure and behavior of neutron star crusts.

Tidal forces shape the movement and evolution of stars and planets through inertial waves.

Scientists unveil new brown dwarf candidates using data from the James Webb Space Telescope.

Gaia19dke reveals insights into microlensing and stellar remnants.

New methods enhance understanding of superluminous supernovae and their properties.

This study reviews the impact of viscosity and MHD winds in disk formation.

A look into the unique ejecta of V1425 Aquilae, a fascinating nova.

Research reveals unexpected Lithium levels in red giants, sparking new theories.

This article discusses symbiotic stars and their potential link to Type Ia supernovae.

Research reveals insights into SS Cyg's brightness changes and accretion dynamics.

A look into the behavior of Be stars and their unique gas discs.

Examining the role of mass transfer in compact object mergers.

This article discusses how supernovae contribute to the creation of elements in the universe.

Research examines how filter systems affect star observations and light interpretations.

Recent findings reveal new insights into BLAPs and their unique brightness changes.

Research reveals key behaviors of neutron stars through XTE J1810-189's 2020 outburst.

Learn about the unique pulsations and structures of double-mode radial Scuti stars.

Study of ancient stars reveals insights into early universe formation.

Recent observations reveal a symmetric pattern in the debris of SN 1987A.

Research explores how structures in disks shape dust distribution and emission.

This article examines wave behavior in neutron stars and their impact on radio emissions.

A look into the powerful collisions of neutron stars and black holes.

Study reveals how clumping in stellar winds affects light measurements from massive stars.

A study on the origins and characteristics of the Hercules moving group.

New mass measurements improve understanding of heavy element formation in cosmic events.

Study of distinct subclasses within Type Ia supernovae reveals new insights.