Time to suit up!

NASA has announced a trio of new scientific experiments it plans to conduct on the Moon as part of its ongoing Artemis program. These payloads will include imager systems to test the temperature of the lunar surface at different depths, as well as an experiment to study lunar radiation and how it interacts with the Moon's surface.

A group of four NASA astronauts are set to blast off on a historic mission, dubbed Artemis II, as soon as February 6

When a NASA scientist finally cracked open a cache of 50-year-old lunar soil, the expectation was to refine old models, not overturn them. Instead, the ancient grains pointed away from a popular story about how Earth got its water and toward a harsher,

NASA has selected three new lunar science investigations to be delivered to the Moon under the agency’s Commercial Lunar Payload Services, or CLPS, initiative and Artemis campaign. The research payloads will be delivered to the lunar surface by U.S. commercial partners no earlier than 2028, NASA said Tuesday.

NASA research using Apollo lunar regolith data refines the Moon’s impact record and places limits on meteorite contributions to Earth’s water over geologic time.

The docuseries resists the urge to treat the crew like a tragic math problem or footnote in a textbook. Instead, it feels like flipping through a neighbor's old photo album. We get to see the home movies, hear the silly jokes, and listen to the families talk about the people behind the flight suits—their quirks, their nerves, and their big dreams.

Ancient Moon dust, meteorite traces and Apollo samples are helping NASA scientists rethink where Earth’s water truly came from, revealing surprising clues while raising new questions about our planet’s earliest history.

NASA announced Tuesday the selection of three new science investigations that will strengthen humanity's understanding and exploration of the moon. As part of the agency's CLPS (Commercial Lunar Payload Services) initiative and Artemis campaign,