Artemis 2 crew demonstrates advanced technical skills during lunar mission, handling critical spacecraft maintenance and repairs 240,000 miles from Earth.

America's long-awaited return to the moon with the Artemis II launch on Wednesday is just a first step towards transforming Earth's neighbor into a gateway for deep space exploration, a key lawmaker has revealed.

This afternoon, as part of the Artemis II mission, a 322-foot rocket is set to lift off, sending a crew of Americans and a Canadian on a 10-day journey around the moon and back. No landing this time, but they’ll push farther from Earth than any humans ever have.

The Artemis II mission launches this week as a first step toward returning to the moon and reaching Mars. Materials scientist Debbie Senesky explains the material tech that makes these missions possible.

Artemis II will test NASA’s crew capabilities in deep space and gather more information that could ultimately help send astronauts to Mars.

The Pasadena lab plays a key role in data exchange and communications between four Artemis II astronauts and mission control. For many, the moon mission is the first time they’ll support a human space flight.

NASA’s Artemis II will send four astronauts around the Moon, the first crewed deep-space mission in more than 50 years. The mission builds on decades of U.S. space exploration, from post-WWII rocket development to Apollo and Artemis programs.

The U.S. National Aeronautics and Space Administration and the Korea AeroSpace Administration have joined hands to expand its joint research on L4 & deep space exploration, and space

Expandable infrastructure serves as a foundation for long-duration space exploration and commercialization Voyager Technologies and Max Space announced a strategic partnership to advance expandable space habitats. “This technology reflects a fundamental ...

NASA and a team from the University of Chicago have found an odd, lemon-shaped exoplanet in deep space that might be producing diamonds in its atmosphere.