Lunar dust remains one of the biggest challenges for a long-term human presence on the moon. Its jagged, clingy nature makes it naturally stick to everything from solar panels to the inside of human ...

Researchers at Georgia Tech tested copper and chemically modified reduced graphene oxide EDS to reduce lunar dust on curved surfaces under simulated lunar conditions.

NASA has successfully tested an electric force field on the Moon that protects spacecraft from destructive lunar dust. The Electrodynamic Dust Shield (EDS) was carried aboard Firefly Aerospace’s Blue ...

A moon lander mission is launching tomorrow and will take about 45 days to get the moon and then spend 14 days or more operating on the surface. It will take improved radiation tolerant PCs and an ...

Dr Charles Buhler has been the lead NASA scientist on Electrostatics. An experiment last month was sent to the moon and showed success against a decades long problem of lunar dust. Buhler believes his ...

Humans' future on the Moon is multifaceted, and some of those facets are less glamorous than others. Although NASA's biggest Artemis conferences tend to focus on the flashy parts of the program, the ...

Moon dust is not a poetic flourish, it is a mission risk that can grind through metal, clog joints, and threaten astronaut lungs. As NASA prepares to send crews back to the lunar surface for longer ...