| Document Date: 2014-03-21 08:20:42
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City Grasse / / Company Diodes / Interior Laboratory / Science John J. Degnan Sigma Space Corporation / / Continent Europe / / Country France / Japan / United States / Italy / China / / / Facility Earth station / Earth terminal / GSFC station / Matera Laser Ranging Observatory / University of Maryland / McDonald Observatory / / IndustryTerm high bandwidth communications / satellite motion / microwave communications / spacecraft communications / spaceborne systems / satellite array / technology innovations / low energy / high resolution 3D imaging / 3D imaging lidars / satellite laser ranging / multiphoton systems / ground-to-space laser communications experiments / satellite rotation rates / technology focus / space geodetic systems / satellite position / / NaturalFeature Mt. Haleakala / Ocean Science Sea Surface Topography / / OperatingSystem Poseidon / / Organization University of Maryland / National Aeronautics and Space Administration / Earth Center / Univ. of Arizona / / Person Carroll Alley / Chandler Wobble / Mercury / / / Position author / Professor / joystick controller / General / Messenger / / Product Apollo / Explorer / mlrs / / ProvinceOrState Texas / New Mexico / Maryland / Hawaii / Arizona / / PublishedMedium Solar Physics / / Region Mediterranean / Western US / / Technology radiation / laser / lasers / Deep Space Network / GPS / photon SLR technology / microwave / ESA / SLR technology / /
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[removed]The Impact of SLR Technology Innovations on Modern Science John J. Degnan Sigma Space Corporation, Lanham, MD[removed]USA [removed] Abstract. We briefly review the technology innovations that allow