All articles tagged with #panoramas
NASA’s Curiosity rover released high‑resolution panoramas from Gale Crater on Mars, including a 20‑ft tall sand‑capped butte nicknamed Miraflores and a vast field of honeycomb polygons. The 11‑image panorama was stitched from Mast Camera frames and color‑adjusted to resemble human vision, providing geological clues about ancient environments and past habitability as Curiosity climbs Mount Sharp.
Apple announced visionOS 27 at WWDC, a major update for Vision Pro that adds panorama-based spatial scenes, immersive panorama environments, improved Flyover in Apple Maps, a new Apple Intelligence with a more responsive Siri, curved windows, and eye-driven notifications, with a developer beta today and a fall rollout to Vision Pro users.
NASA released two 360° panoramas from Mars—one from Perseverance near Lac de Charmes and one from Curiosity in Gale Crater—built from hundreds of images to compare ancient surface water with underground processes, offering new clues about Mars’ past habitability and the planet’s geology.
NASA released two 360-degree panoramas from the Perseverance and Curiosity rovers—assembled from nearly 1,000 images each—that contrast two Martian environments: Perseverance’s ancient lake and delta at Jezero Crater and Curiosity’s boxwork-rich terrain in Gale Crater. The pair highlights Mars' watery past and prebiotic chemistry, with Perseverance seeking signs of past life and Curiosity studying habitability while continuing to map the planet’s geological timeline.
NASA's Curiosity and Perseverance released separate 360-degree panoramas showing Mars' long history: Curiosity's view over boxwork ridges in Gale Crater reveals groundwater-formed rock as it climbs Mount Sharp, while Perseverance's Lac de Charmes panorama around Jezero Crater captures ancient rocks in one of the oldest landscapes on the planet. Both rovers continue collecting data and samples to unravel Mars' past habitability and potential for life, with Curiosity probing mineral evidence and Perseverance storing and studying samples for eventual Earth-based analysis.