Latest Articles for Metallicity

LAMOST tracks stars to reveal the Milky Way's formation and evolution.

New findings reveal GJ 1214 b's complex, hazy atmosphere and high metallicity.

Researchers explore methods to estimate hydrogen gas in early galaxies.

This study examines cerium's changes in the Milky Way over time.

New findings challenge the link between star metallicity and hot Jupiter orbits.

New insights on star formation in the SMC using Gaia data.

A look at unique compact galaxies and their chemical properties.

Study reveals complex interactions of gas flows around galaxies.

Examining 522 metal-poor stars reveals insights into the universe's early conditions.

Exploring the role of nitrogen-rich stars in the Milky Way's formation.

Study reveals how gas stripping affects jellyfish galaxy characteristics.

A look into the Milky Way's stellar halo and its history.

Researchers analyze distant galaxies using the [OIII] emission line for deeper understanding.

A study of Apsis' age and metallicity estimates compared to established star clusters.

An in-depth look at the unusual galaxy NGC 3077 and its stellar structure.

New insights into carbon levels and star evolution in globular cluster M22.

New techniques help process and analyze data from the Gaia mission effectively.

This study examines gas properties affecting star formation in the outer Milky Way.

EMP stars reveal insights about the early universe and star formation.

Detecting gravitational waves reveals key details about black hole formations and mergers.

A look into the star formations and their chemical characteristics in our galaxy.

Recent research uncovers connections between Type IIn supernovae and their environments.

This article explores how young stellar objects reveal star formation in the LMC.

Research reveals how star spots skew metallicity measurements in young stars.

New research shows how metallicity influences the rates of CCSNe in galaxies.

James Webb Space Telescope reveals details about globular clusters in The Sparkler.

Examining the evolution and significance of very massive stars in the universe.

Research reveals how metals in exoplanets inform their formation and structure.

Exploring the role of mergers and chemical abundances in galaxy evolution.

Investigating how massive stars collapse into black holes without visible explosions.

A study identifies new extremely metal-poor stars in the Large Magellanic Cloud.

New studies reveal links between super Earths and cold Jupiters influenced by star metallicity.

Research uncovers differences in stars of Sagittarius stream's leading and trailing arms.

This study reveals how metallicity affects star formation through molecular cloud dynamics.

Study reveals links between globular clusters and galaxy environments.

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

A look into the chemical properties and stellar populations of NGC 6388.

Studying low-luminosity red giants offers key insights into stellar evolution.

Study reveals key factors influencing the occurrence of superluminous supernovae in certain galaxies.

Astronomers discover TOI-4201 b, a unique hot Jupiter, challenging our ideas of planet formation.