Latest Articles for Dust

Study reveals the impact of dust size on planetesimal formation.

Dust obscures stars, affecting our view and understanding of their life cycles.

Examining the role of temperature in shaping planet formation within protoplanetary disks.

Research reveals the link between dust and star formation rates in nearby galaxies.

This study reveals how dust and metals influence the birth of stars.

An overview of how young galaxies formed and evolved in the early universe.

Investigating how AGN feedback affects star formation in quiescent galaxies.

AGB stars significantly influence the universe's chemical composition through mass loss.

A look into the behavior of massive star SN 2023ixf before its explosion.

Research reveals consistent dust removal processes in elliptical galaxies over billions of years.

Researching starlight polarization reveals insights about interstellar dust and magnetic fields.

New techniques enhance imaging of faint objects in space by managing background light.

Examining how magnetic fields affect star formation in starburst galaxies.

New research reveals how quasar winds shape galaxies through energy and material expulsion.

Circularly polarized light may shape the building blocks of life in space.

A look into the dust settling and conditions around a young star.

Research highlights the impact of dust on binary star systems during common envelope interactions.

Astronomers investigate two massive galaxies hidden in the early universe.

Studying PDS 70 reveals details about young planets and their formation.

Dust plays a significant role in our observations of galaxies and their properties.

Understanding the nature and impact of Type Ia supernovae in our universe.

New methods refine the understanding of galaxy positions in the universe.

RW Cephei's brightness fades, raising questions in stellar dynamics.

A deep dive into the intriguing fast radio burst and its implications for star formation.

JWST reveals vital details about star-forming galaxies at cosmic noon.

New research enhances our understanding of turbulence impact on planet formation.

A study reveals unique features and emissions in the CX Tau protoplanetary disk.

Research reveals insights into dust and light interactions in space.

Research on planet-forming disks reveals key factors in planet formation.

This research examines how dust affects light from stars in the Taurus cloud.

Observations of quasar J0109-3047 reveal surprising gas behaviors and black hole mass implications.

Research highlights the effects of radiation on dust orbits in distant planetary systems.

Study reveals late dust formation in supernova SN 1995N, challenging previous beliefs.

Researchers analyze dust surrounding CIDA 1 to understand its role in planet formation.

Investigating dust formation in the unique WR 137 star system.

Study reveals how radiation influences disks around young stars in the Orion Bar.

Dust clumping in protoplanetary discs is key to forming planets.

Study reveals complex brightness variability of quasars in mid-infrared light.

A detailed look at the progenitor and nature of supernova SN 2023ixf.

A new method provides insights into how metals evolve in galaxies.