On Mars, oxygen behaves in a way that so far scientists cannot explain through any known chemical processes

A new study shows that the rover's Jezero crater landing site is home to deposits of hydrated silica, a mineral that just happens to be particularly good at preserving biosignatures

Research findings show for the first time that the unique structures on Martian landslides could have formed at high speeds of up to 360 kilometres per hour due to underlying layers of unstable, fragmented rocks

Texas A&M researchers found that Mars has undergone wet and dry periods and salt lakes formed similar to some found in South America

Whereas Earth's dunes are made of silicates or the largest class of minerals, imaging studies revealed that Titan's dunes contain dark organics of until now undetermined origin and chemical composition

Canadian astronomers determine Earth's fingerprint in hopes of finding habitable planets beyond the Solar System

SISSA scientists, in collaboration with colleagues at the University of California at Davis, develop a new approach for heat transport, with applications to the modeling of energy and planetary materials

Silica aerogel could warm the Martian surface similar to the way greenhouse gases keep Earth warm

By automating the discovery process, scientists can quickly scan sets of images, and return precise predictions with minimal human interaction

An interdisciplinary research group from Aarhus University has proposed a previously overlooked physical-chemical process that can explain the rapid disappearance of methane from Mars' atmosphere