Latest Articles for Metallicity

Discover how stellar halos shape our understanding of galaxy formation.

WASP-39 b's unique atmosphere raises questions about its metallicity and formation.

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

Exploring how Cepheids and TRGB help measure distances in the universe.

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

Research reveals key properties of early galaxies through advanced observations.

Exploring how black holes form and evolve in the universe.

Research sheds light on the characteristics of compact galaxies and their development.

Researchers study planets to determine their potential for life beyond Earth.

An overview of how stars form and the factors influencing this process.

This study compares simulated and observed galaxies to enhance our knowledge of their evolution.

Exploring the mysteries of supermassive black holes and their formation.

Explore how globular clusters reveal the Milky Way's past and evolution.

Learn how post-starburst galaxies tell us about galaxy evolution and star formation.

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

Research on globular clusters reveals their roles in galaxy formation.

Quasars and their role in cosmic evolution and metallicity trends.

Researchers study Cepheids to refine distance calculations in astronomy.

Examining the significance and challenges of studying Red Clump stars.

Dwarf galaxies are key to understanding star formation and cosmic history.

Examining how surroundings affect the growth and star formation of satellite galaxies.

An analysis of elements and star formation in the Magellanic Clouds' interstellar medium.

Different data methods shape our view of young galaxies and their formation.

Research on carbon and oxygen levels in stars reveals insights into planet formation.

Study reveals insights into ionising radiation in star-forming galaxies using infrared observations.

Research connects stellar activity with the fundamental properties of planet-hosting stars.

Study reveals ages and compositions of globular clusters in M31.

Investigating how stellar metallicity reveals the Milky Way's formation timeline.

This study examines how clouds affect temperature and wind on distant gas giants.

A look at TP-AGB stars and their role in galaxy formation.

LTT 9779 b retains its atmosphere in a harsh environment, offering new insights into exoplanets.

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.