Research into brines suggests that frost-covered regions are the most promising candidates for future Martian…
Browsing: Planetary Science
Planetary science is the interdisciplinary study of planets, moons, asteroids, comets, and other bodies in our solar system and beyond. It explores their composition, formation, atmospheres, geology, and potential for life—linking astronomy, geology, physics, and chemistry to understand planetary processes. Researchers use spacecraft missions, telescopes, and laboratory simulations to study worlds like Mars, Venus, and the icy moons of Jupiter and Saturn, uncovering clues about Earth’s origins and the dynamics of planetary systems. From analyzing meteorites to exploring exoplanets, planetary science seeks to answer fundamental questions about the diversity, evolution, and habitability of worlds across the universe.
A team of astronomers led by Macquarie University has monitored the orbital decay of an…
M-MATISSE could be the first mission to deeply probe Martian space weather, potentially revealing hidden…
A rare Martian meteorite has revealed complex volcanic processes and mantle heterogeneity on Mars, offering…
A rare lunar meteorite found in Africa sheds new light on hidden volcanic processes that…
Centimeter-sized pebbles have been detected in protoplanetary discs using e‑MERLIN, filling in a critical phase…
Researchers show algae can grow in Mars-like atmospheric pressure conditions. If humans are ever to…
An analysis led by the University of Chicago of Mars Science Laboratory Curiosity rover data…
The outlook is promising for future long-term monitoring of planets across multiple wavelengths. Infrared imaging…
A unique gas giant has been confirmed through global teamwork, offering insights into planetary formation…
Wave-like landforms on Mars provide clues about the planet’s icy history, its potential to support…
A meteorite impact in Scotland happened 990 million years ago, not 1.2 billion as previously…
How core-mantle differentiation influenced the distribution of volatile elements on Earth. Imagine Earth’s history as…
Seismic data from NASA’s InSight lander suggests liquid water may exist beneath Mars’ surface, supporting…
K2-360 is a newly found planetary system with a super-dense planet, likely the core of…
Warm spells on Mars may spark massive dust storms, scientists say, bringing us closer to…
Researchers have discovered a 3.5-billion-year-old meteorite impact crater in Western Australia, providing new insights into…
A weak magnetic field likely attracted matter inward, contributing to the formation of the outer…