Latest Articles for Planetary Science

New methods enhance observation of Earth-like exoplanets using advanced coronagraph technology.

This study reveals how electrons impact sputtering on icy bodies in our solar system.

TRACE improves accuracy and speed in simulating celestial movements.

A numerical model improves predictions of Phobos' orbit and rotation around Mars.

New insights challenge our views on planets that might support life.

Exploring how three planets interact in stable resonant chains.

New methods improve the study of star and planet formation processes.

Research reveals insights into the cores of Saturn and Jupiter and their stability.

Carbon monoxide is crucial for understanding various cosmic environments and reactions.

This study reveals how Neptune's movement affects trans-Neptunian objects over time.

Study of Enceladus's plume reveals complex water vapor emissions.

Research reveals insights into the ejection of aggregates from comet 67P's surface.

Scientists investigate the possible existence of exosatellites using Spitzer Space Telescope data.

Astronomers find a new super-Earth using microlensing techniques.

A look into spiral patterns formed in spherical Couette flow and their significance.

Exploring how heating impacts the transition of magnetic states in planets.

Discover how dark matter influences exoplanet temperatures in the universe.

Puffy Venuses are rocky exoplanets with thick, carbon-rich atmospheres.

Study reveals complex chemistry around the young star system L1551 IRS 5.

Understanding how stars transform and impact their surrounding planetary systems.

Study reveals how planet size and magma oceans shape atmospheres on lava worlds.

Study reveals how cooling after outbursts influences icy particle growth in discs.

Exciting findings about Earth-sized planet TOI-1450Ab orbiting M dwarf star.

Examining how binary stars influence the orbits of small and large exoplanets.

Research sheds light on the formation of brown dwarfs and their atmospheric chemistry.

Study reveals how star rotation affects the atmosphere retention of Earth-like planets.

Research on CO2 behavior in Ganymede and Europa reveals implications for habitability.

Scientists examine exoplanets for oxygen, a key indicator of potential life.

A look at how planets form and migrate in early star systems.

Discover how planets lose their atmospheres and the factors influencing this process.

Researchers reveal unique features of Andromedae b's atmosphere and rotation.

Study reveals how star environments shape distant planetary systems.

Research reveals how hot gas influences planet formation in low-mass protostars.

Investigating how small planets like super-Earths and sub-Neptunes lose their atmospheres.

A study investigates helium presence in young sub-Jovian planets' atmospheres.

HAT-P-11 reveals unique planetary dynamics with notable orbit misalignment.

Kamo'oalewa is a unique near-Earth asteroid linked to lunar origins.

A new program analyzes Hubble data to enhance exoplanet atmosphere studies.

Research highlights ozone's dual nature in planetary atmospheres and its implications for life.

Research reveals unique meteor behavior in Venus's dense atmosphere.