Latest Articles for Planetary Science

Wolf 327b offers insights into ultra-short-period planets and their unique characteristics.

This study examines how viscous dissipation affects convection in stars and planets.

Astronomers analyze light from exoplanets to understand their atmospheres.

Examining isotopologues offers potential insights into life beyond Earth.

Researchers delve into the unique atmospheres of ultra-hot rocky exoplanets.

Study reveals how companion stars affect planet formation around M dwarfs.

Scientists identify two mini-Neptunes with varying characteristics in a young star system.

Researchers assess the atmospheres of TRAPPIST-1 planets for hints of life.

Examining how planets form around stars with low metallicity.

Research reveals insights into planet formation in the Alpha Centauri system.

A new database reveals crucial details about giant impacts shaping planets.

This study investigates the flare activity of M dwarf stars using advanced observations.

Research reveals how heat and cooling impact planet movement in gas disks.

Scientists continue to investigate the possible existence of Planet Nine beyond Neptune.

Exploring the unique properties of the XO-2 binary star system and its planets.

Investigating the atmospheres and chemistry of brown dwarfs in the cosmos.

A new tool enhances methods for finding exoplanets beyond our solar system.

Study reveals gas and dust activity in far-off comets.

Recent observations reveal Triton’s atmospheric stability and changing conditions over time.

First detailed study of 2MASS 0415-0935’s atmosphere using JWST.

Scientists use advanced methods to find planets similar to Earth.

Exploring how rotation shapes clouds and climate on Earth and beyond.

Scientists improve measurements of low-mass stars using JWST data for better planet insights.

Study reveals atmospheric composition and structure of nearby Y dwarf WISEPA J182831.

Comet impacts can significantly alter the atmospheres of hot Jupiters.

Research on cool gaseous exoplanets using the Twinkle space telescope.

Research reveals how planetesimal heating affects water content in rocky exoplanets.

This study examines how star age and composition affect planet populations in our galaxy.

New findings on planets orbiting subgiant stars enhance our understanding of planetary systems.

Explore how Uranus affects Neptune's impact on transneptunian objects.

New methods may reveal hidden long-period exoplanets through advanced analysis.

TOI-1347 b reveals insights about ultra-short-period planets and their potential atmospheres.

Learn how noble gases reveal Uranus's formation and history.

An examination of Picb's atmosphere reveals important clues about planet formation.

A study on the atmospheric composition of the young planet ROXs 42B b.

AF Lep b reveals important details about planet formation and evolution.

This article explores how tidal forces influence the movement of planets and their moons.

Exploring how gas loss affects sub-Neptune atmospheres and their characteristics.

Exploring the unique characteristics and challenges of mini-Neptune atmospheres.

An exploration of how celestial bodies interact through gravity and deformation.