A Caltech-built robotic assembler has autonomously constructed part of a truss antenna in orbit, a first step toward building very large structures directly in space.

Google and SpaceX recently launched the first experimental satellite equipped with AI chips, testing whether orbital data centers could solve Earth's energy constraints. The project promises abundant solar power and reduced environmental impact, but faces significant technical hurdles including cooling, radiation, and data transmission.

NASA's Mars rover has driven farther than any vehicle on another world, using autonomous navigation and self-localization that point toward more independent space exploration.

Google will launch a prototype satellite on October 1 to test its Tensor Processing Units in space as part of Project Suncatcher. The mission will evaluate how AI chips perform under radiation, thermal extremes, and the physical stresses of spaceflight, marking the tech giant's first step toward potential orbital computing infrastructure.

Reid Wiseman, Victor Glover, Christina Koch, and Jeremy Hansen fly around the Moon, Glover delivers powerfully inspiring Easter message.

Ohio State researchers built an AI assistant that studies lunar data, judges possible landing sites, and explains its reasoning to the people planning future missions.

Over more than 50 years, each new presidential administration has reassessed the place of spaceflight among its priorities, either encouraging or curtailing the return to the Moon.

The U.S. is committing to the steady, repeatable work of building a lasting foothold on the Moon, and redefining humanity’s relationship with space itself.

NASA’a bold new plan to accelerate the Artemis program, build a Moonbase, and move on to Mars and the planets.

Google's Project Suncatcher has launched a test satellite carrying AI chips into orbit, marking a concrete step toward space-based data centers that could bypass Earth's power and land constraints.