Latest Articles for Planetary Science

This research explores how planets affect the Sun's activity cycles.

Examining how surface conditions affect atmosphere and ocean loss during giant impacts.

This study analyzes the interactions between Io and Jupiter's magnetic field.

An overview of the 51 Eridani star system and its planetary formation.

GJ 367b is a small, hot exoplanet with no atmosphere and extreme conditions.

Recent observations reveal details about solar eruptions affecting Mercury's environment.

Understanding light interactions with gases reveals secrets of distant planets.

A detailed look at the mission to find habitable planets.

Researchers enhance faint planet detection using coronagraph data and instrument models.

Study reveals how planets align in multi-star systems and the role of star characteristics.

Research improves models of extreme gas giant planet atmospheres.

This study examines how high-energy radiation affects cloud particle formation.

Examining the complex processes that shape star formation in chaotic environments.

This article examines how long protoplanetary discs last and their impact on planets.

This article explains how polarimetry helps measure particle sizes on the Moon and asteroids.

Scientists investigate quasars' brightness changes linked to dark matter and planetary-mass objects.

New methods improve detection of Earth-like planets amidst stellar noise.

Recent studies of GJ341b reveal challenges in detecting planetary atmospheres.

K2-18b raises questions about its atmosphere and potential oceans.

Study reveals surface characteristics of two asteroids using light polarization techniques.

Research reveals complex interactions in Neptune-like atmospheres impacting potential habitability.

The PLATO mission aims to deepen our knowledge of stars and exoplanets.

Researchers identified new microlensing planets during the 2023 season.

Uranus' unique features invite renewed interest in future missions for closer study.

Exploring the impact of dying stars on planetary systems.

An overview of narrowband kilometric radiation from Jupiter and its implications.

Astronomers discover two giant planets, TIC4672985 and TOI-2529, providing insights into planetary formation.

Study reveals important links between M dwarf rotation and potential habitability of orbiting planets.

This article explores satellite formation processes around small asteroids using recent research findings.

Study of gas streamers reveals vital information about star and planet formation.

Study reveals grain size influences reflectance spectra of carbonaceous chondrites.

Study reveals intricate processes behind boulder ejections from comet 67P.

Scientists debate if K2-18b could support life or is a gas-rich planet.

Brown dwarfs reveal insights into star and planet formation.

Research connects stellar activity with the fundamental properties of planet-hosting stars.

S2 plays a critical role in sulfur chemistry across various celestial environments.

Recent microlensing events reveal new insights into smaller exoplanets.

Investigating how star clusters contribute to the formation of Hot Jupiters.

Clouds play a vital role in defining habitable zones for rocky planets.

Scientists analyze Jupiter's interior using gravity data and multi-layer models.