DAPPER
From CU Boulder Today: Scientists at CU Boulder have laid out a roadmap for a decade of scientific research at the moon. Teams from the university will participate in four upcoming or proposed space missions that seek to use the moon as a
From Business Insider: The moon is both seductively close to Earth and cosmically far away: Decades after the end of the space race, it remains extraordinarily expensive and difficult to actually get there. The journey just got a bit easier, however
From NRAO eNews: The NRAO Central Development Laboratory (CDL) is assisting with the development of the Dark Ages Polarimeter Pathfinder (DAPPER), a lunar-orbiting spacecraft concept designed to measure the spectrum of highly-
From Space.com: NASA's quest to return humans to the moon could boost a field of research that might not seem particularly lunar in nature: cosmology. But the far side of the moon could be a powerful place to answer some of the most compelling
From Wired: China made history earlier this year when its Chang'e-4 lander became the first spacecraft to land on the far side of the moon. During the two-week lunar days, the lander and its small rover, Yutu 2, beam images and other data to an
From Colorado Public Radio - Colorado Matters: Fifty years after U.S. astronaut Neil Armstrong became the first person to walk on the Moon, China landed a rover on the far side of the Moon last week for the first time in history. Jack
From the Daily Camera: University of Colorado researchers are planning to put a satellite in orbit around the moon to observe what they call the universe’s “dark ages” — an era just 15 million to 30 million years after the Big Bang, before the first
From CU Boulder Today: The far side of the moon could give CU Boulder researchers an unprecedented look back at the early “dark ages” of the universe before the first stars had begun to flare into existence. NASA recently picked the Dark Ages
From NASA: NASA has selected nine proposals to study using small satellites, or SmallSats, for advanced astronomical space-based observations. The proposed SmallSat studies are a fraction of the size, weight, and cost of a typical space-bound