Latest Articles for Stellar Evolution

Unraveling the formation of Blue Straggler Stars in the ancient cluster M67.

Research reveals diverse star types and interactions in NGC 6791.

Exploring the effervescent zone model and its implications for supernovae.

Study of MWC 645 reveals mass transfer and unique light features.

Advancements in technology enhance our study of compact object binaries and their formation.

Exploring the significance of core-collapse supernovae and the diffuse supernova neutrino background.

Exploring how white dwarfs become neutron stars through complex processes.

Explore how Population III stars influenced the early universe and black hole formation.

Research highlights rare X-ray outbursts from the Be/X-ray binary system Swift J0549.7-6812.

Research reveals complex structures surrounding the luminous red nova V838 Mon.

Exploring the unique characteristics and significance of stripped stars in astronomy.

Researchers identify 25 new helium stars, enhancing knowledge of stellar evolution.

New insights challenge traditional views on how stars form and their mass distribution.

This study examines how X-ray sources affect high-energy emissions in galaxies.

A look into the unique structure and composition of hybrid neutron stars.

ASASSN-22ak exhibits strange outbursts, revealing secrets of stellar evolution.

New insights into supernovae reveal complex interactions shaping their evolution.

Researchers examine ZTF J0526 5934 for insights on stellar evolution and gravitational waves.

A detailed look at the characteristics and implications of supernova 2020jfo.

Research sheds light on neutron stars and their red giant companions.

Study reveals links between globular clusters and galaxy environments.

Gaia21elv's recent fading reveals insights into FU Orionis objects.

Exploring the unique characteristics of superluminous supernovae through SN2019szu.

Tidal forces play a crucial role in shaping binary star systems and their evolution.

Research reveals significant gas masses in protoplanetary disks, impacting planet formation.

Researchers reveal intriguing features of DAHe white dwarfs through advanced light observation techniques.

Researchers study supernova SN 2023ixf to learn about red supergiant star explosions.

Understanding the nature and impact of Type Ia supernovae in our universe.

Researchers identify new B[e] supergiants and LBVs, enhancing knowledge of mass loss.

Analysis of the Heii 4686 line reveals dynamics between a black hole and a Wolf-Rayet star.

A new approach helps scientists measure galaxy sizes and their evolution over time.

Astronomers observe the newly discovered supernova 2023ixf, revealing insights into stellar explosions.

Luminous blue variables exhibit dramatic changes, revealing insights into massive star evolution.

Examining the remnants of Omega Centauri and their role in galaxy formation.

Learn how supermassive black holes influence their host galaxies and star formation.

Research reveals important details about the binary star HD 39438 and its characteristics.

Researchers refine the measurement of red giant stars' mass and age.

Explore the role of reaction rates in white dwarf evolution and pulsation patterns.

Exploring how light emissions reveal the secrets of massive star explosions.

Astronomers gain valuable data from the recent Type II supernova in Ursa Major.