Higher metal concentration in Moon's craters provides new insights to its origin
"By improving our understanding of how much metal the Moon`s subsurface actually has, scientists can constrain the ambiguities about how it has formed, how it is evolving and how it is contributing to maintaining habitability on Earth," Heggy said.
Led by Essam Heggy from the University of Southern California, and the team members of the Mini-RF instrument on NASA`s LRO mission used radar to image and characterise this fine dust, Photo: Reuters