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2 clusters · 2 sources · 24 days · First seen · Last updated

Curiosity rover finds polygonal structures on Mars

Overview

In mid‑July 2026 NASA’s Curiosity rover reported honeycomb‑like polygonal ridges and clusters of dark pebbles in Gale Crater, noting several possible formation mechanisms such as dried mud, basaltic columnar cooling, or impact debris. Within weeks, the rover captured a 360‑degree panorama of an extensive field of polygonal cracks in the Valle Grande region, describing a “sea of polygons” not previously seen at a single site. Researchers are measuring the shapes and chemistry of these features to narrow down origins, considering drying mud, thermal contraction, or pressure on underlying sediments. Together, the observations expand Curiosity’s 14‑year geological survey, providing new clues about Mars’ environmental history and past habitability.

Entities

Ashwin Vasavada · Curiosity rover · NASA · Jet Propulsion Laboratory · Valle Grande

Timeline

  1. 4 days ago

    [TECHNOLOGY] 2 sources
    NASA Curiosity Rover Discovers Vast Polygonal Cracks on Mars

    NASA’s Curiosity rover photographed a large field of 4‑8 cm polygonal cracks in Valle Grande, Mars, prompting analysis of their origin by Ashwin Vasavada and JPL scientists.

  2. 28 days ago

    [TECHNOLOGY] 4 sources
    NASA Curiosity Rover Finds Honeycomb Structures on Mars

    Curiosity rover in Gale Crater discovered honeycomb‑shaped polygonal ridges and dark pebbles, challenging prior orbital data. Researchers are studying formation mechanisms and pebble composition with ChemCam.

Sources

dagens.de · technologyreview.de