Latest Articles for Stellar Evolution

SN 2021ckj reveals key features of Type Icn supernovae.

Explore the role of accreting compact objects in the universe.

Research on DAVs sheds light on stellar evolution and internal structures.

New detection systems enhance the study of neutron capture reactions in stars.

Study reveals unique stellar cycles in M dwarf stars and their magnetic behavior.

Supernovae play a key role in creating elements essential for life.

Exploring the interactions and evolution of massive contact binary stars.

Massive binaries are crucial to understanding cosmic phenomena and stellar evolution.

Learn about white dwarfs, their formation, and their roles in stellar evolution.

Research reveals how massive stars influence early Solar System conditions.

AGB stars lose mass and pulsate, revealing their evolution and behavior.

Study reveals details about star formation in a small galaxy.

An overview of the unique characteristics and studies surrounding DI Tau A and B.

Accretion outbursts reshape dust and ice in protoplanetary discs, affecting planet formation.

Neutron star collisions create jets and kilonovae, revealing secrets of the universe.

A new accreting millisecond X-ray pulsar provides insights into stellar behavior.

An overview of core-collapse supernova remnants and their significance.

Exploring the formation and impact of jets in massive star explosions.

Examining the link between massive stars and their explosive deaths.

Scientists study dust to understand star formation and galaxy changes.

Scientists gather data on black hole behavior and its surrounding environment.

Researching new particles could deepen our knowledge of dark matter and the universe.

SN 2021bxu exhibits unusual brightness and chemical patterns in a rare Type IIb supernova.

Research reveals insights into Type Ib/c supernovae and their late-time emissions.

Astronomers unveil details about a binary star system with an orbital period of just 13.7 minutes.

Research reveals the role of helium accreting white dwarfs in stellar explosions.

Study reveals complex dynamics in young star systems affecting planet formation.

Examines how nitrogen captures protons to form oxygen in stellar environments.

Euclid harnesses compact planetary nebulae for precise sky survey calibration.

Studying iron-rich metal-poor stars reveals insights into supernova mechanisms and elemental evolution.

This article examines how the height of stellar disks changes in galaxies.

Study of TOI-5375 system reveals key traits of very low mass stars.

Study of rare stars sheds light on lithium behavior during stellar evolution.

A closer look at the intriguing butterfly-shaped nebula NGC 6302.

Exploring gamma-ray emissions from recurrent novae like RS Oph and their implications.

Merging neutron stars reveal mysteries of energy release and element formation.

A look into classical novae and their radio emissions based on recent studies.

Research examines how magnetic fields affect gravitational waves in binary star systems.

Exploring the unique behavior of X Persei, a fascinating X-ray pulsar.

A study on how yield models influence elemental abundances in our galaxy.