Latest Articles for Planetary Science

A look at how rocks interact with magnetic fields over time.

PLATO will monitor thousands of stars to find Earth-like planets and study their formation.

Scientists study boulders ejected from Dimorphos following DART spacecraft impact.

Scientists find dust gathering near PDS 70 b, hinting at Trojan body formation.

New observations reveal details about Mab and its connection to Uranus's faint ring.

A look at how magma oceans shape the density of lava worlds.

Scientists combine new methods to study cold Jupiter-like planets and their potential.

New findings on V960 Mon shed light on how planets form through gravitational instability.

A detailed look at how exoplanets form and their occurrence rates.

Researchers develop fast methods for analyzing exoplanet atmospheres using a spectral grid.

Examining how exoplanets lose atmospheres and their impact on evolution.

This study examines changes in Jupiter's methane emissions and auroras over three decades.

Innovative methods improve H2O detection in distant planets’ atmospheres.

Exploring the unique conditions and features of 55 Cancri e.

Investigating M-dwarf planets and their potential to support life.

Learn about high-contrast imaging techniques used in astronomy to capture faint objects.

Study reveals cloud patterns in ultracool dwarfs vary with latitude.

Exploring how impact angles affect crater shapes and seismic waves in granular materials.

Investigating the gravitational effects of a planet on debris around HD 202628.

Lithium hydroxide aids in understanding star and exoplanet atmospheres.

This study examines how isotopes influence the formation of gas giants in protoplanetary discs.

Explore how temperature changes affect grain movements on asteroids.

Examining how tidal forces affect the behavior and fate of exoplanets.

Research shows smaller telescopes can study ultra-hot Jupiter atmospheres effectively.

Examining how rotating convection affects fluid movements in stars and planets.

Study shows how atmosphere size affects deuterium loss in sub-Neptunes.

Examining how scientists build models of Jupiter using spacecraft data.

Exploring the connections between gravity, winds, and internal structures of Jupiter and Saturn.

Examining how tidal forces and heat shape hot Jupiters.

Recent observations reveal possibilities for TRAPPIST-1 c's atmospheric composition.

Discoveries from the MIDAS instrument reveal secrets of cometary dust and the early solar system.

Study reveals how star clusters affect planetary system stability.

New insights into planetary systems HD 99492, HD 147379, and HD 190007.

A look at how Jupiter's moons influence radio emissions in its magnetosphere.

Research on 32 planetary systems reveals new insights into star and planet interactions.

Research on the role of tidal forces in hot Jupiters' orbits.

Recent findings shed light on the atmospheres of two distant exoplanets.

Investigating Enceladus' porosity and its implications for extraterrestrial life.

Explore how magnetic flares shape the birth of stars and planets.

Research reveals key chemicals in a protoplanetary disk around star HD 169142.