Latest Articles for Stellar Evolution

Research explores how structures in disks shape dust distribution and emission.

This article examines wave behavior in neutron stars and their impact on radio emissions.

A look into the powerful collisions of neutron stars and black holes.

Study reveals how clumping in stellar winds affects light measurements from massive stars.

A study on the origins and characteristics of the Hercules moving group.

New mass measurements improve understanding of heavy element formation in cosmic events.

Study of distinct subclasses within Type Ia supernovae reveals new insights.

A comprehensive examination of 10 Leo's NIR spectrum reveals new findings.

New insights into the behavior of K2BS5, a distinct type of dwarf nova.

Understanding black holes and their powerful gamma-ray bursts.

Opacity is key to understanding energy movement in stars and their chemical makeup.

Scientists investigate the factors influencing the brightness of young star FU Ori.

JWST's early observations aim to identify elusive GRSNe in the universe.

Explore the role of thermal Rossby waves in stellar dynamics and heat transport.

New findings challenge the traditional classification of gamma-ray bursts.

A rare supernova discovery reveals unusual brightness patterns and significant ejecta interactions.

This study reveals key features of the binary star system V0610 Vir.

Research uncovers hidden magnetic fields affecting red giants' internal structures and evolution.

Researchers analyze 23 million RGB stars using data from Gaia mission.

Exploring new wide PCEBs reveals unique evolutionary processes in binary stars.

This study details the ejection of material in binary star systems.

Examining theoretical models to better understand quark matter in dense cosmic objects.

Studies reveal new insights into merging stars and their cosmic consequences.

Exploring how millisecond pulsars evolve and the factors that influence them.

Study investigates lithium levels in low-mass giants and their binary star relations.

Examining the impact of winds on the behavior of X-ray binaries.

Exploring the nature and significance of Fast X-ray transients in astrophysics.

Analyzing stellar winds of early B-type supergiants in low metallicity environments.

Scientists study a magnetized dust ring in the Galactic Center, uncovering stellar influences.

A rare star reveals insights into the origins of chemical elements in the universe.

Bright precursors reveal key insights about massive stars before they explode.

Study reveals early brightness spikes in supernovae affect distance measurements.

Astronomers reveal updated mass measurements and dynamics of the S1 star system.

Study identifies key X-ray sources in M14, linking them to stellar objects.

Investigating the link between dark matter and neutron star cooling behavior.

Research reveals rapid dust formation impacts star evolution dynamics.

Examining the role and properties of accretion disks after neutron star collisions.

Exploring the characteristics and significance of supernova 2021gmj.

Examining the significance and challenges of studying Red Clump stars.

EC-SNe play a key role in neutron star creation and binary systems.