Latest Articles for Planetary Science

SAXO+ aims to improve the imaging of distant exoplanets through enhanced adaptive optics.

Researchers analyze transit times of six small planets and their gravitational interactions.

Research reveals lower binding energy of benzene on water ice, impacting space chemistry.

M dwarfs’ high-energy output affects the atmospheres of orbiting exoplanets.

Study reveals insights into how the Solar System may have formed.

Examining super-Earths, their water behavior, and factors affecting habitability.

Scientists study the formation of planets in the PDS 70 star system.

Examining land and ocean impact on TRAPPIST-1e's weather and atmospheric conditions.

Study reveals how star chemistry impacts rocky planet properties.

Research reveals complex ozone patterns on rocky exoplanet TRAPPIST-1e.

Research sheds light on Io's unique atmosphere and energetic particle interactions.

This article examines how binary stars influence planetary orbit alignment.

Research on hot Jupiters reveals connections between atmospheric composition and migration history.

Examining how gas and dust come together to form planets.

NOMIC camera aims to capture and analyze exoplanetary atmospheres effectively.

Researchers analyze exoplanet ages using stars to understand their evolution.

Our project seeks to identify co-orbital planets in exoplanetary systems.

Exploring the unique orbits and behaviors of irregular satellites in our Solar System.

Recent findings reveal the composition of HD 189733b's atmosphere and its formation.

A look into the unique gas giant pair in the TOI-1130 system.

An overview of what makes a planet suitable for life.

Study uses machine learning to analyze Moon's unusual light patterns and chemical elements.

New observations reveal challenges in studying GJ 436 b's atmospheric composition.

Microlensing reveals distant planets and celestial bodies through light distortion.

Recent JWST observations uncover intriguing ice and gas activity on Chiron.

Research reveals significant variability in M dwarf star activity cycles linked to rotation.

A fresh look at defining planets in our universe.

Examining the role of oxygen in the atmospheres of Jupiter, Saturn, Uranus, and Neptune.

Study reveals how auroras alter Jupiter's atmospheric chemistry.

A study reveals new findings on L-type asteroid families using reflectance spectra data.

Superflares can drastically affect planets orbiting M-type stars, posing risks to any potential life.

Study reveals atmospheric elements of TOI-1431 b and TOI-1518 b.

Saturn's atmosphere shows significant seasonal variation in Lyman-alpha emissions, impacting our understanding of planetary dynamics.

Tadpole craters reveal insights into Mars' climate and geological history.

Recent observations reveal intriguing atmospheric and brightness changes on 55 Cancri e.

New model sheds light on the thermal and magnetic histories of planetesimals.

New findings reveal atmospheric changes on exoplanet HD 80606b during close star approach.

Understanding how planets stay stable in systems with two stars.

Examining the factors that contribute to the stability of planetary systems.

Research reveals key findings about KELT-9b's unique atmosphere.