Latest Articles for Planetary Science

New findings reveal GJ 1214 b's complex, hazy atmosphere and high metallicity.

DMPP-3 features a binary star system with a fascinating super-Earth-like planet.

TOI-715 b, an exciting new exoplanet, sits in the habitable zone.

Using SAM for efficient geological mapping of Martian landforms.

Uranus' E ring shows significant changes, impacting future mission planning.

Researchers unveil new insights into planets orbiting double star systems.

A look at how nickel, palladium, rhodium, and iridium react to high pressure.

Low-mass stars influence planet atmospheres and the potential for life.

ASTEP telescope in Antarctica improves exoplanet study with dual-color imaging.

New findings challenge previous beliefs about Jupiter's structure and mixing processes.

Study reveals how solar wind affects Mercury's surface geography.

New findings challenge the link between star metallicity and hot Jupiter orbits.

Researchers study TRAPPIST-1 b's surface and potential atmosphere using JWST data.

Scientists use integral field spectroscopy to find exoplanets closer to their stars.

This article explores how planets form in discs around young stars.

Investigating how granular materials respond to high-speed impacts and energy loss.

Recent Gaia data provides fresh perspectives on asteroid spins and shapes.

Examining the role of temperature in shaping planet formation within protoplanetary disks.

Study reveals insights into gamma-ray emissions from asteroids and their significance.

Study reveals insights into Enceladus' eruptions and their implications for celestial bodies.

Learn about the fascinating shapes and dynamics of top-shaped asteroids.

Analyzing obliquity reveals insights into planetary system formation and evolution.

Discover how TOI-1842b's unique orbit challenges our views on planetary formation.

Study reveals patterns of small planets orbiting FGK dwarf stars.

Research reveals key findings about Titan's atmosphere using Spitzer data.

Cassini's mission revealed how its emissions affected Saturn's ionosphere.

New findings on oxygen in Jupiter's atmosphere reveal clues about its formation.

Recent findings reveal weather patterns and features on Uranus.

How orbit shapes of M dwarf planets affect potential for life.

Examining how planetesimal fragmentation influences the growth of planets in disks.

A proposed mission seeks to investigate Saturn's largest inner moons for signs of life.

A simplified approach for estimating average surface temperatures of planets using sunlight and albedo.

A closer look at the TOI-1416 system and its intriguing planet TOI-1416b.

Researching heat transfer dynamics using advanced simulations in complex geometries.

Research reveals circulation patterns of sub-Neptunes using simplified atmospheric models.

This research analyzes gas giant exoplanets using transit spectroscopy to study their atmospheres.

Methods for analyzing temperatures in exoplanet atmospheres reveal potential for life.

A technique using flare timing helps map magnetic regions on stars.

Research uncovers companion stars around potential exoplanet hosts using TESS and Gaia data.

An overview of how tidal interactions shape binary star systems.