Latest Articles for Metallicity

Recent findings challenge views on black hole masses and their formation processes.

Study reveals significance of Very Massive Stars in star formation during cosmic noon.

Examining how planets form around stars with low metallicity.

Study reveals how globular clusters trace the Milky Way's formation through mergers.

Exploring the unique properties of the XO-2 binary star system and its planets.

Investigating the atmospheres and chemistry of brown dwarfs in the cosmos.

Studying magnetic fields helps understand low-mass stars and their effects.

Research reveals how cosmic rays and other factors shape hydrogen and carbon in space.

Research highlights how dust influences galaxy development and star formation.

Learn about interstellar objects and their significance in our galaxy.

Study reveals atmospheric composition and structure of nearby Y dwarf WISEPA J182831.

Research on cool gaseous exoplanets using the Twinkle space telescope.

This article examines the properties and classification of double-mode RR Lyrae stars.

Metallicity reveals key insights into galaxy formation and star development.

A study on the atmospheric composition of the young planet ROXs 42B b.

Research reveals star formation history and dynamics in the Milky Way's thin disk.

Study examines how galaxies produce heavy elements through star processes and feedback.

Exploring how stars influence their dwarf galaxy environments.

Research reveals key insights into red supergiant evolution and mass loss.

Examining gas composition and metallicity in ram-pressure stripped galaxies.

New findings reveal complex metallicity processes in early galaxies using JWST data.

Examining how elements in galaxies change over time through their interstellar medium.

Study reveals dust behavior in dwarf galaxies with low metal content.

This article examines how dust influences galaxies over time.

Gases surrounding galaxies significantly impact their growth and star formation processes.

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

Classical Cepheids help astronomers measure distances in the universe effectively.

Using machine learning to study isotopes and metallicity in astrophysical processes.

Metallicity study reveals insights into galaxy history and star formation.

Researchers reveal new findings about the atmosphere of the hot Jupiter HIP 65Ab.

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

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

This study examines the mass-metallicity relationship in a dense galaxy cluster.

Researchers identify two new star groups, Shakti and Shiva, in our galaxy.

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

Researchers analyze distant galaxy GHZ2 for clues about the early universe.

Study reveals how AGN-host galaxies differ in star formation and metallicity.

B14-65666 reveals vital details on galaxy mergers and star formation.

New insights into the atmosphere of TOI-836c enhance our understanding of sub-Neptunes.

The survey sheds light on galaxy formation during the universe's infancy.