Latest Articles for Stellar Evolution

A look into black holes, accretion disks, and jet formations.

Examining white dwarfs reveals insights into star evolution and galaxy formation.

Recent findings challenge views on black hole masses and their formation processes.

An overview of supernova explosions and their significance in the universe.

Study reveals significance of Very Massive Stars in star formation during cosmic noon.

Study reveals insights about iron line emissions in an ultraluminous X-ray pulsar.

Study reveals how globular clusters trace the Milky Way's formation through mergers.

New findings reveal details of G279.0+01.1 through X-ray observations.

Research reveals insights into compact white-dwarf binaries and their cosmic behavior.

Research unveils new candidates among cataclysmic variables known as period-bouncers.

Study explores magnetic behaviors and dynamics in low-mass stars called ultracool dwarfs.

Researchers analyze X-ray emissions from massive stars to understand their unique properties.

Discover how convection shapes the behavior of cool evolved stars and their surroundings.

Research reveals new pulsating sdB stars and their unique properties.

Scientists investigate the origins of 60Fe nuclei found in cosmic rays.

Studying magnetic fields helps understand low-mass stars and their effects.

Study reveals how dust survives in supernova remnants over time.

Observations reveal new insights about asynchronous polar systems and their behaviors.

Investigating X-ray emissions in semi-detached binary star systems reveals key stellar relationships.

Researchers discover old stars, reshaping ideas about the Milky Way's formation.

This article examines convection in cooling white dwarfs and its implications.

New reaction rates enhance understanding of element formation in supernovae.

RS Ophiuchi shines light on nova events and stellar interactions.

SN 2023aew showcases unique brightness changes, prompting deeper astronomical inquiry.

Neutron stars are dense remnants of massive stars, showcasing unique properties and behaviors.

New findings reveal complex chemistry in HD 100546 disk around young star.

Precise age estimates of red giants reveal important details about the Milky Way's history.

Exploring the unique features of electron-capture supernovae and their role in stellar evolution.

New method speeds up study of binary star systems and their orbits.

This article examines how low-mass stars change their spins over time.

Supernovae play a key role in the creation of new stars and elements in space.

This article examines crucial relationships of stars and their implications in astrophysics.

New research uncovers differences in star formation of massive early-type galaxies.

An exploration of star formation in the W5-NW region due to molecular cloud collisions.

This study examines how star age and composition affect planet populations in our galaxy.

Discover the complexities of globular clusters and their multiple star populations.

A study highlights how photometric data improves stellar temperature and gravity measurements.

A detailed catalog of RR Lyrae stars sheds light on globular clusters.

Discover the formation, structure, and significance of neutron stars.

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