well-understood technology / transportation / low gravity field make transportation / low energy / software/hardware / Low transportation / transportation systems / gas guns / High communications bandwidth / power distribution devices / high band-width communications / radio relay services / high-energy phenomena / plausible products / energy economics / space transportation systems / food / energy / metal / transportation window / around-the-clock mining / gravitysensitive hardware / construction equipment / industrial product / synchronous satellite orbit slots / energy cost / together space+robotics technology / huge telescope systems / electronic devices / manufacturing environment / electronics / logical site / launch device / manufacturing / cement / transfer systems / science site / lunar manufacturing / regenerative life support systems / autonomous mining machines / high vacuum technology development / storage services / light gas gun / steel / space communications facilities / /
Movie
A. i. / /
MusicGroup
Return / Moon / Earth / the Moon / LEO / Mars / /
Organization
Mars mission / GSFC NASA Academy / /
Person
Leif Bloomquist / /
Position
driver / electromagnetic mass driver / mass driver / driver for lunar in-situ resource development / /
Product
Shuttle / Gemini / /
ProvinceOrState
Aurora / /
PublishedMedium
R&R / /
Technology
radiation / genetic engineering / X-ray / virtual reality / ATM / heat transfer / space communications / together space+robotics technology / semi-conductors / well-understood technology / laser / spectroscopy / In-situ Construction technologies / vacuum tube / /
Lunar In –Situ Resource Advantages There appears to be an initial equity investment in lunar settlement research and infrastructure development that must be done telerobotically - using automatic and semi-autonomous