Latest Articles for 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.

Neutron stars reveal secrets about matter in extreme conditions.

New nuclear network improves supernova explosion simulations with greater accuracy.

Study reveals key findings on elemental abundance in dwarf galaxies.

Study reveals key insights into the chemical diversity of protoplanetary disks.

Learn about FUORs, EXORs, and the new discoveries in star brightness changes.

New findings shed light on the compact object formed by a historical star explosion.

Researchers study nearby stars' radio emissions to learn about their formation.

Examining how mass transfer alters stars and their pulsations.

Study reveals how extra dimensions affect neutron star properties and stability.

Explore the unique characteristics and dynamics of Be X-ray binaries.

Uncovering the intricate interactions between Hot Jupiters and their parent stars.

Examining the relationship between white dwarfs and their companion stars.

Explore how X-ray pulsars interact with light and matter.

Investigating the reheating mechanisms of neutron stars and their astrophysical implications.

Learn how white dwarfs shape planetary systems and their evolution.

Investigating how stars form in pairs or groups reveals complex processes.

Research sheds light on black hole characteristics using gravitational microlensing.

This research focuses on nitrogen emissions during supernovae to understand stellar evolution.

Study reveals metal presence in white dwarfs and its implications.

Research on 93 star clusters reveals patterns in star mass distribution.

Research examines magnetic behavior in three M dwarf stars for insights on stellar evolution.

Research sheds light on how galaxies transition from forming stars to quiescence.

Study reveals how classical Be stars behave over time in older star clusters.

Research unveils new binary Cepheid systems, enhancing our grasp of stellar evolution.

Study reveals young stars in early-type galaxies, reshaping our understanding of galaxy evolution.

Binary stars are crucial for astronomy, revealing secrets about stellar evolution.

Learn how white dwarfs and main sequence stars help estimate ages of stars.

Study of iPTF16abc sheds light on Type Ia supernova diversity.

Study reveals unusual carbon enrichment in binary post-AGB stars.

An overview of how stars form and evolve in molecular clouds.

Study of winds in X-ray binaries reveals complex interactions and dynamics.

A look into the explosive end of massive stars and their cosmic impacts.

Researchers find a hot PAGB star in the faint E3 globular cluster.

Research uncovers the role of binary systems in Cepheid brightness changes.

Insights into neutron star envelopes and element synthesis during mass accretion.

Examining the unique characteristics of the RSGC4 star cluster.

Study reveals how young stars shape their environment in the NGC2023 region.