Latest Articles for Stellar Evolution

SN 2022joj shows unique features that challenge existing theories of Type Ia supernovae.

Researchers examine neutron star systems to understand their interactions with stellar winds.

SN 2022ywc exhibits unexpected brightness patterns, challenging existing supernova models.

Examining the significance of RR Lyrae stars in understanding galactic evolution.

AT2018cow's unusual behavior intrigues scientists as they seek to determine its origins.

SN 2009ip continues to intrigue with its fading brightness and persistent hydrogen emission.

Automated methods enhance classification of white dwarfs revealed by Gaia data.

New findings reveal supermassive neutron stars, challenging our understanding of dense matter.

Study reveals stability and variability in the XZ Tau AB binary star system.

Research reveals a magnetic Wolf-Rayet star that could become a magnetar.

Investigating the role of duty cycles in dwarf novae outbursts and mass growth.

Examining the unique magnetic properties and behaviors of low-mass main-sequence stars.

Study reveals late dust formation in supernova SN 1995N, challenging previous beliefs.

Recent JWST images reveal intricate details of the Ring Nebula's structure.

Exploring the role of heavy baryons in neutron star behavior and gravitational waves.

Astronomers observe the rare 'born-again' phase of Sakurai's Object.

Study reveals insights into star formation processes in the vdB 130 region.

A look into the elusive ultra-faint dwarf galaxies and their mysteries.

New findings reveal how winds impact planet formation in the PDS 70 disc.

Astronomers observe significant changes in the behavior of T CrB.

Examining the tidal disruption event ASASSN-14li and its implications for star-black hole interactions.

U Equulei shows significant brightness and spectrum changes, revealing stellar evolution insights.

Examining how double white dwarf mergers shape cosmic events.

Scientists analyze the unusual light patterns of GRB 221009A.

Discover how black holes influence the appearance of supernova explosions.

Study of two contact binary systems reveals important stellar characteristics and dynamics.

SN2023ixf shines a light on massive star explosions and their aftermath.

A unique supernova sheds light on star lifecycles and element formation.

This study reveals new insights into young stars and their planets.

A new approach improves our understanding of energetic magnetar-driven supernovae.

New research reveals the impact of radiation on planet-forming discs.

This research examines the role of blue supergiants in stellar evolution and mass loss.

Study refines age estimates of NGC 6866 stars using asteroseismology.

Researchers examine a Blue Straggler Star in the globular cluster NGC 362.

Research explores the Sun's metal mass fraction and its implications.

Examining the complex relationships between neutron stars and nuclear matter parameters.

A detailed look at the progenitor and nature of supernova SN 2023ixf.

Magnetic accretion disks are vital for understanding cosmic material interactions.

Research explores how rotation affects star evolution in a young star cluster.

TW Hya offers valuable insights into star formation and accretion processes.