Latest Articles for Planet Formation

How dust and gas in protoplanetary disks lead to rocky planet formation.

New research reveals lower mass-loss rates from protoplanetary discs due to X-ray photoevaporation.

This study examines how magnetic fields affect the growth of dust in protoplanetary disks.

Research focuses on protoplanetary disks and their connection to planet formation.

A look into T Tauri stars and their role in planet formation.

Examining how dust and gas interactions lead to planetesimal formation.

Recent findings shed light on brown dwarfs using microlensing techniques.

Recent observations reveal intriguing details about the Tel system's debris disk.

Exploring how disk properties influence gas dynamics and planet growth.

A study on the exoplanet HD 202772 A b and its unique characteristics.

Research reveals insights into planet formation through gas and dust disk cavities.

Research distinguishes between hot Jupiters and lighter puffed-up Neptunes based on mass estimates.

Exploring the dynamic interactions of stars in the HT Lup system.

New findings reveal the dust composition around the young star PDS 70.

Research reveals complex shapes and behaviors of young stellar discs vital for planet formation.

TOI-5688 A b, a giant planet, adds to findings around M-dwarf stars.

This study uncovers the complex dynamics of planets within gas discs.

Studying sulfur isotopes reveals unique chemistry in planet-forming disks.

Exploring how water vapor influences planetary development in protoplanetary disks.

This model improves dust evolution studies in planet formation.

Research reveals significant dust depletion in UX Tau A's inner disk.

Research investigates sudden brightness increases in young stars and their impact on planet formation.

Investigating rare circumbinary planets and their unique formation challenges.

Heat from young planets affects dust ring dynamics and planet formation.

Photonic lanterns improve spectroastrometry, enhancing observations of distant stars and planets.

Analyzing chemical traits of stars with directly imaged exoplanets.

Explore how dust dynamics shape protoplanetary disks and influence planet formation.

Astronomers discover TOI-6383Ab, a giant exoplanet orbiting an M-dwarf star.

A look into the formation of two planets around the young star PDS 70.

DF Tau's young stars show surprising differences in disk evolution.

A deep look at star formation and the role of water ice.

TOI-6303b and TOI-6330b expand our understanding of giant planets around M-dwarfs.

Explore how pebbles contribute to the growth of planets in space.

New findings reveal protoplanetary disks may last longer than previously thought.

A newly discovered planet orbits a young star in the Taurus region.

Learn about magma oceans and the atmospheres they create on rocky planets.

We improve simulations of binary star systems and their interacting disks.

Dust is key to understanding how planets form in protostellar disks.

Discover how icy pebbles shape the origins of planets and comets.

Researchers reveal a mystery of missing planets around short-period binary stars.