Latest Articles for Chemical Composition

Study reveals star formation and chemical makeup of galaxy AM0644-741.

Study how carbon and nitrogen influence star evolution and chemical composition.

Study reveals key findings on elemental abundance in dwarf galaxies.

Study of stellar chemical makeup reveals origins and evolution in the Milky Way.

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

Research examines gas disks around white dwarfs to learn about distant planets.

Research reveals how IRS7B affects surrounding gas and dust in star formation.

Researchers study multiple star populations in Galactic Globular Clusters using synthetic spectra.

Exploring how fast rotation influences nitrogen and oxygen production in early stars.

Examining how chemical elements vary with distance and age in the Galactic disc.

Research sheds light on the formation of brown dwarfs and their atmospheric chemistry.

Study reveals significant nitrogen in ancient galaxies GN-z11 and CEERS-1019.

Examining how helium influences star evolution in globular clusters.

Research reveals the connection between barium and blue straggler star formation.

The Gaia-ESO survey reveals new findings on sodium and oxygen in open clusters.

Scientists study carbon to oxygen ratios in exoplanets and their formation.

Study reveals how white dwarfs gather material from nearby planetary bodies.

Research sheds light on ancient stars in ultra-faint dwarf galaxies.

Study reveals key insights into the abundance discrepancies in planetary nebulae.

Recent findings reveal important details about the gas in debris disks.

This study examines how the [Y/Mg] ratio helps estimate stellar ages.

New study reveals connections between barium levels and star evolution in binary systems.

An overview of elliptical galaxies, their formation, and star evolution.

Study reveals chemical makeup and star formation in early universe.

Research reveals key links between nitrogen, oxygen, and galaxy formation.

This article highlights the chemical diversity found in metal-poor stars of the Milky Way.

Open clusters reveal insights on star formation and elemental composition.

Study of thermohaline mixing and envelope overshooting in low-mass stars.

Examining the relationship between iron, oxygen, and nitrogen in star formation.

Study reveals gas inflows and metal content in a distant spiral galaxy.

Research reveals varied star compositions in globular clusters, challenging previous beliefs.

Research reveals key differences in chemical makeup between the Milky Way and its dwarf galaxies.

Supernova remnants reveal the secrets of stellar life and the universe's chemical makeup.

Examining the unique chemical traits of phosphorus-rich stars and their significance in the galaxy.

New research suggests dust plays a key role in stars' chemical variations.

Study reveals how cosmic rays shape molecular cloud chemistry around supernova remnants.

New research sheds light on chemical uniformity in stars of open clusters.

A look into the carbon levels in MACS0647-JD reveals star formation history.

Study reveals the significance of metal-poor gas clouds for cosmic history.

Study reveals unique oxygen levels in dwarf galaxy IC 10 amidst active star formation.