Latest Articles for Stellar Evolution

Examining FN Sgr, where a white dwarf and a red giant interact uniquely.

A study on gas movement and its role in galaxy evolution.

V339 Del's nova outburst reveals complex interactions of dust and X-rays.

A study reveals surprising chemical differences in two giant stars within a binary system.

AGB stars undergo processes to form heavy elements, significantly contributing to stellar evolution.

Examining how young star clusters shape galaxies through stellar feedback and gas outflows.

Study examines how galaxies produce heavy elements through star processes and feedback.

A new catalogue improves our understanding of BHB stars in the Galactic Halo.

Neutron star collisions reveal secrets about matter in extreme conditions.

Learn about neutron stars, their formation, and unique properties.

This study examines how black holes may influence star formation and element creation.

A look into how stars form and evolve in various environments.

Investigating the formation and future of binary stars in HD5980.

This article examines the rotation of open star clusters and their significance.

Research sheds light on pulsar magnetic moments through advanced data techniques.

New insights into the structure and gas composition of NGC 3132.

Study of hot subdwarf B stars reveals insights into stellar evolution.

Exploring the properties and importance of ECOs in physics.

An in-depth look at how binary stars lead to different supernova outcomes.

Researching strange stars offers insights into high-density matter and dark matter interactions.

Investigating dust and gas dynamics in R Doradus during its asymptotic giant branch phase.

Investigating how temperature differences influence magnetic field evolution in neutron stars.

A deep look into the properties and study of neutron stars.

Studying massive stars reveals insights into the universe's formation and evolution.

A look into the unusual characteristics of the rapidly spinning star Zvrk.

Research reveals how a white dwarf's magnetic field affects metal distribution.

Research reveals how neutrons affect light emission in powerful cosmic events.

This study presents a new method for simulating core-collapse supernovae using grey neutrino transport.

How nearby massive stars influence protoplanetary disks and planet creation.

Examining how advanced gravity models impact our understanding of stars.

Study reveals how neutrino flavors affect core-collapse supernovae dynamics.

Exploring how dark matter interacts with neutron stars and shapes their properties.

Gravastars provide an alternative view on the nature of mass in the universe.

A unique tidal disruption event offers new perspectives on black holes.

Study reveals how Be stars' emissions and disks evolve over time.

Study reveals surprising lithium levels across various star types.

Study of white dwarfs in NGC 6791 enhances our knowledge of stellar evolution.

Researching how stars behave near supermassive black holes during tidal disruptions.

Research reveals metallicity variations in early galaxies using JWST observations.

A study of star formation processes in the Mon R2 cluster.