---+ %MAKETEXT{"[_1]" args="<nop>%WEB%"}% This collection is for the *NGAO Science Advisory Team* <hr> *SAT Members:* Laird Close, George Djorgovski, Richard Ellis, James Graham, Michael Liu, Keith Matthews, Mark Morris (chair), Tomasso Treu <br> *Telecon number:* (877) 280-4645 with passcode 540030. *NGAO Introductory Materials for SAT:* <br> * [[http://www.oir.caltech.edu/twiki_oir/pub/Keck/NGAO/PDTracking/SAT_meeting_presentation_distributed.ppt][SAT Introduction Presentation]] (6/11/09) * [[http://www.oir.caltech.edu/twiki_oir/pub/Keck/NGAO/NewKAONs/KAON649_ASTRO2010_NGAO_Activity_Report.doc][Astro2010 NGAO Activity Report]] (4/1/09) *Science Cases in [[http://www.oir.caltech.edu/twiki_oir/bin/viewfile/Keck/NGAO/NewKAONs?rev=1;filename=455_NGAO_SCRD_Release2.2_v1.pdf][Science Case Requirements Document]] for System Design Review (March 28, 2008):* <br> Key Science Drivers * Galaxy Assembly and Star Formation History * Nearby Active Galactic Nuclei * Precision Astrometry: Measurements of General Relativity Effects in the Galactic Center * Imaging and Characterization of Extrasolar Planets around Nearby Stars * Multiplicity of Minor Planets Science Drivers * QSO Host Galaxies * Gravitational Lensing * Astrometry Science * Resolved Stellar Populations in Crowded Fields * Debris Disks and Young Stellar Objects * Size, Shape and Composition of Minor Planets * Characterization of Gas Giant Planets * Characterization of Ice Giant Planets *Science Cases in [[http://www.oir.caltech.edu/twiki_oir/pub/Keck/NGAO/WebHome/NGAO_Proposal_Final.pdf][NGAO Proposal]] (June 20, 2006):* [[http://www.oir.caltech.edu/twiki_oir/pub/Keck/NGAO/WebHome/NGAO_Proposal_Executive_Summary_Final.pdf][Executive Summary]] Solar System Science * Multiplicity in the Asteroid Populations * Size and Shape of Asteroids * Moonlet Spectroscopy * Titan - The coupled surface-atmosphere system * Io volcanic activity Galactic Science * Diffraction-Limited Imaging of Protostellar Envelopes and Outflows * Imaging and Characterization of Extrasolar Planets * Debris Disk Science * The Galactic Center: Black Holes, General Relativity, and Dark Matter Extragalactic Science * High-Redshift Galaxies and Mergers * Strong Gravitational Lensing * Active Galactic Nuclei and Black Holes
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