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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.

A new approach to training humans to operate robots on the moon’s surface.

The Artemis II mission will send four astronauts on a ten-day journey to orbit the moon and return, testing systems for future lunar landings.

On January 15, a Falcon 9 rocket launched two lunar landers, one from Firefly Aerospace another from ispace.

Firefly Aerospace’s Blue Ghost Mission 1 carries NASA tools to the Moon, advancing science and future human exploration.

In 2026, the Moon is a strategic resource frontier. Lunar Helium-3 mining could soon become a reality and power the next energy revolution.

Realigning the Artemis program and internal operations to achieve a permanent lunar presence and deep-space nuclear capabilities.