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Building a mast that extends as high as a 12-story building with the capability to support a full-size 50 kg camera in potential high winds is no easy task.
Dust, soil broken rock and other related materials that blanket
planetary surfaces—known as regolith—have great potential to contribute to space observation research, but the physical properties of lunar regolith are unique and very difficult to excavate from a technical perspective. A group of students at the Missouri University of Science and Technology, dubbed the Lunar Miners, decided to
step up to the plate—that is, by entering the 2008 NASA Regolith
Excavation Challenge.
The ocean is full of secrets. Knowledge
of its movement can help scientists and
researchers predict when there’s going to be a drought in California, excessive rainfall on the East Coast or when crops might not make it through a season in Africa.