Latest Articles for Planetary Science

A new model streamlines the identification of craters on planetary surfaces.

Research reveals significant misalignment between some debris disks and their host stars.

Study reveals metals' role in WASP-121b's atmospheric escape.

Study reveals iron's melting behavior under extreme conditions, impacting core dynamics.

New insights into how solar winds affect Jupiter's atmospheric emissions.

Two rings found around Quaoar enhance our knowledge of distant celestial bodies.

Scientists discover two super-Earths in the habitable zone of star TOI-2095.

Cassini's findings shed light on Saturn's complex internal structure and composition.

Discover how co-orbital systems maintain stability amidst external forces.

Exploring the fascinating stability of horseshoe celestial configurations.

Research reveals how planets form in double white dwarf systems.

Researching atmospheres of distant planets to find potential signs of life.

JUICE mission studies Jupiter and its icy moons to reveal secrets of our Solar System.

Exploring how tidally locked planets' atmospheres vary from Earth's systems.

A deep dive into the study and classification of exoplanets.

This article examines how scattered disks become unstable due to gravitational influences.

New models improve understanding of how solar wind affects rocky surfaces.

Comet 21P may bring meteor showers to Mercury, Venus, and Mars.

HELM and FAME enhance data collection for space missions, improving our knowledge of other worlds.

Examining how dust from irregular satellites informs us about planetary systems.

A look at how protoplanetary disks influence the formation of planets around stars.

A look at how orbital patterns of small bodies reveal solar system history.

Researchers develop advanced methods to identify distant exoplanets using telescopes.

Investigating the unique orbit and possible lunar origin of asteroid Kamo'oalewa.

How oxygen influences iron's properties in the Earth's outer core.

A closer look at long-period giant planets and their behaviors.

Juno reveals interactions between Jupiter and its moons, enhancing our understanding of planetary systems.

Researchers study potential atmospheres of GJ 486b to assess habitability.

Exploring the significance of spin-orbit angles in exoplanet studies and their implications.

Scientists explore planets to detect high-frequency gravitational waves for cosmic insights.

New coefficients improve light analysis for stars and planetary transits.

Research uncovers the balance between chaos and stability in planetary orbits.

Researching rocky exoplanets' atmospheres using JWST data.

Study reveals challenges in detecting helium on hot Jupiter WASP-48b.

A new approach enhances exoplanet validation using multiplicity information.

Scientists investigate the unique shapes of Jupiter and Saturn and their implications.

Research reveals techniques to investigate potential oceans beneath Uranus' icy moons.

Study of drop impacts reveals insights into fluid dynamics and natural processes.

Examining how carbon shapes the atmospheres of distant planets.

Scientists use median energy imaging to study X-ray emissions in planetary nebulae.