Latest Articles for Dust

This study investigates SED modeling accuracy using simulated galaxy data.

Examining crystalline silicates sheds light on planet formation in protoplanetary disks.

This article examines planetary nebulae and their significance in stellar evolution.

Insights into low-mass galaxies from the early universe shed light on star formation.

Study reveals role of Convective Overstability in planet formation processes.

This study compares simulated galaxies to real observations to enhance understanding of galaxy properties.

This study examines the relationship between PAHs and metallicity in galaxies.

A closer look at dust formation in the binary star system WR 125.

A significant event reveals new insights into massive star formation.

Astronomers aim to find Population III stars to understand galaxy formation.

Astronomers study distant galaxies to reveal secrets of the early universe.

Research on dust helps reveal the influence of PAHs in galaxy evolution.

New methods improve estimates of protoplanetary disc mass for planet formation.

How Jupiter influenced the isotopic signatures of meteorites through dust movement.

Study on brightness variability in four T Tauri stars provides insights into star formation.

Recent findings shed light on the first billion years of the universe.

AT 2022fnm highlights unusual cosmic flashes and their mysteries.

This study explores how magnetic fields influence star formation in the Lambda-Orionis area.

Research on supernova colors improves distance calculations in cosmology.

Research reveals key characteristics of massive star-forming galaxies.

New techniques improve our understanding of dust density in the Milky Way.

A closer look at the IM Lup disk and its role in planet formation.

Study reveals how dust dynamics affect star formation and elemental composition.

Recent studies focus on Classical Cepheids to reveal our galaxy's spiral structure.

New research reveals critical connections between dust and star formation in galaxies.

Recent findings reshape our understanding of how star disks form and evolve.

Study reveals dust dynamics and possible planet formation in a distant star system.

Study reveals sequential formation of giant planets in gas and dust disks.

This study explores how dust particles evolve into larger bodies in space.

Analyzing star formation activity in galaxies using advanced telescope data.

This article examines how dwarf galaxies contributed to the universe's transformation during reionization.

Investigating how cold gas and dust influence star formation in early-type galaxies.

Studying how AGN activity influences star formation in various galaxies.

Research reveals conditions of early galaxies and their star formation rates.

Learn how gaps in protoplanetary discs relate to planet formation.

Examining how gas and dust come together to form planets.

Holmberg II offers vital clues about early galaxies through UV light studies.

A new candidate star linked to the Type IIb supernova SN 2017gkk is analyzed.

Scientists study small cosmic objects called little red dots and their dust properties.

This article examines how molecular hydrogen and dust contribute to star formation in galaxies.