Permanently dark and extremely cold craters at the lunar south pole could host a precision device for navigation and scientific measurements on the moon.

A new analysis of LRO data indicates that water ice is more abundant than previously thought near the lunar South Pole.

A new study demonstrates how moon dust can strengthen lightweight composite materials, reducing the need to ship supplies from Earth for future lunar infrastructure.

Chang'e 7 will search for water ice and map resources using an orbiter, lander, rover and hopping probe in preparation for longer-term research.

Study of ancient craters shows slow buildup of ice in permanent shadows rather than sudden delivery by a comet.

A NASA-funded study tests whether fungi can grow with planetary regolith to form strong building materials for lunar and Martian bases.

Safety panel highlights delays in cryogenic propellant transfer and other challenges that could push back the Artemis 3 lunar landing by years.

The agreement will provide up to ten thousand liters of rare helium-3 harvested from the moon to support quantum computing growth from 2028 onward.

Agencies commit to developing a fission surface power system for the Moon by 2030, enabling sustained missions and future Mars exploration through reliable energy.