Latest Articles for Mass Loss

AGB stars significantly influence the creation of new stars and the chemistry of space.

Researchers analyze KIC4937011 to reveal insights about stellar evolution and mass loss.

A closer look at young massive stars in the M17 region.

A study of hot subdwarf binaries reveals key insights into companion mass distribution.

Research distinguishes between hot Jupiters and lighter puffed-up Neptunes based on mass estimates.

A look into the main sequence phase and core changes of massive stars.

A study reveals complex gravity patterns and mass loss in comet 67P.

Examining how the Sun's brightness affects Earth's early climate and potential for life.

Exploring how star rotation affects gas behavior in coronae.

Examining how planets are disrupted by white dwarfs and their effects.

Polstar will investigate massive stars to reveal their roles in the universe.

Mira variables reveal key insights into stellar evolution and mass loss processes.

Explore the unique characteristics and dynamics of the WR 138 binary star system.

Discover how stellar families evolve in globular clusters over billions of years.

Scientists gain insights from SN 2023ixf's radio emissions and mass-loss history.

We improve simulations of binary star systems and their interacting disks.

Planets shed their atmospheres, affecting their movement through space.

Scientists measure star loss in globular clusters using new space data.

Dive into the mysteries of WOH G64 and its cosmic significance.

Discover the rare and puzzling characteristics of lithium-rich giant stars.

Discover how massive stars end their lives in spectacular explosions.