Latest Articles for Stellar Evolution

Exploring the stages, instabilities, and outcomes of supermassive stars.

Exploring the dynamics and impact of supermassive star collapses on the universe.

Study reveals how O-type stars change over time through SLF variability.

April 2023 revealed important data about a neutron star system and its X-ray emissions.

Research highlights the significance of variable stars in stellar evolution.

New research suggests merging compact objects may cause long gamma-ray bursts.

Supernova remnants reveal the secrets of stellar life and the universe's chemical makeup.

Investigating precursor emissions could reshape our understanding of star explosions.

Examining the unique chemical traits of phosphorus-rich stars and their significance in the galaxy.

Exploring how mixing processes drive the powerful explosions of classical novae.

Exploring how magnetars influence supernova explosions and their aftermath.

Research reveals how temperature affects white dwarf mass and size.

Research reveals insights into planet formation through gas and dust disk cavities.

A study of hot subdwarf binaries reveals key insights into companion mass distribution.

Research reveals how dark matter influences the properties of neutron stars.

This study analyzes the brightness and characteristics of hydrogen-rich superluminous supernovae.

Research distinguishes between hot Jupiters and lighter puffed-up Neptunes based on mass estimates.

Research reveals insights into the chemical history of stars in the Cetus stream.

Exploring the dynamic interactions of stars in the HT Lup system.

Study reveals significant insights into macroturbulence in stellar atmospheres.

Explore how supernova remnants shape our understanding of the universe.

A study reveals new findings about the supernova remnant 3C 400.2.

Researchers uncover new details about neutron stars through gamma-ray bursts.

This article examines the connection between supersoft X-ray sources and their companion stars.

Research reveals complex shapes and behaviors of young stellar discs vital for planet formation.

This study reveals key features and dynamics of EL Tuc, a W-type contact binary.

New findings reveal significant changes in emissions and gas dynamics around Cygni.

Examining the Ne Mg reaction's role in neutron generation within stars.

This study examines core rotation and magnetic fields in red giant stars.

Explore the significance of two open star clusters in our galaxy.

SN 2020acct displays remarkable features, challenging our knowledge of supernovae.

New research highlights the role of anisotropic pressure in neutron stars.

Study reveals characteristics of the fast-spinning pulsar and its companion star.

SN 2021yfj reveals unusual elements and challenges existing star models.

A study reveals changing relationships in gamma-ray burst characteristics.

Exploring the impact of supernova-driven outflows on the cosmic microwave background.

Studying eclipsing binary stars reveals key aspects of how stars evolve.

Researchers uncover details about jet behavior in the Vela supernova remnant.

An analysis of methods used to measure pulsating white dwarf star masses.

Exploring how water vapor influences planetary development in protoplanetary disks.