Latest Articles for Star Formation

Research reveals how metals are distributed in galaxies over time.

A study finds increased hydrogen mass density in distant star-forming galaxies.

Researchers use machine learning to find contact binary stars from telescope data.

A study shows how cluster environments affect galaxy colors and star formation.

Study reveals gas dynamics around forming massive stars through methanol maser rings.

Research reveals key findings about protostar HOPS 370's molecular environment and processes.

Research reveals key insights into dense gas behavior affecting star formation.

Examining how stellar and AGN feedback influence the formation of stars in galaxies.

Study reveals insights into star formation in dusty galaxies DSFG-1 and DSFG-3.

Investigating how extreme conditions affect star formation near supermassive black holes.

Study reveals insights into the ionized gas around Wolf-Rayet star in N76.

Investigating molecular clumps and stellar feedback in the Lagoon Nebula.

A compact source with broad emissions is discovered near the Galactic Center.

A detailed study of star formation processes in the hub-filament system G6.55-0.1.

Research highlights the link between lithium levels and the ages of stars.

Study reveals insights on brightness changes in young star clusters.

A new method improves accuracy in astronomical simulations of radiation interacting with gases.

Research explores young star clusters in the dwarf galaxy NGC4449 and their formation.

New insights into massive star formation processes from AGAL045 clump observations.

Research reveals unexpected light ratios in low-mass galaxy SXDF308.

Examining how interactions of dust and gas shape planet formation around young stars.

Study reveals sulfur's role in star formation and planetary systems.

Exploring the relationship between galaxies and dark matter halos.

Research on COLA1 reveals its essential role in the universe's reionization process.

Researchers use JWST to uncover details about a galaxy forming stars.

Research reveals helium abundance in stars impacts our understanding of galactic evolution.

Researchers analyze ancient galaxies using JWST data to understand star formation.

Tidal disruption events reveal insights into accretion processes and variability dynamics.

Researching how stars and planets form through protoplanetary disks and infrared light analysis.

Study reveals rotation in many globular clusters, reshaping our understanding.

Examining star formation rates and galaxy development using data from the James Webb Space Telescope.

Explore the significance of the young star cluster Godzilla in cosmic events.

Population III stars shaped the universe's evolution through their explosive lifecycles.

Dust grains are key elements in star and galaxy formation processes.

A distant quasar and galaxy reveal insights into galaxy evolution.

Insights into supernovae, delay time distributions, and their role in cosmic expansion.

Studying neutron stars reveals insights into their mass distribution and the effects of gravitational lensing.

Study reveals how stars form in low-metallicity environments.

ASASSN-19bt reveals unexpected radio emissions in a tidal disruption event.

Study reveals dynamics and evolution of two nearby star clusters.