LADEE Spacecraft Scheduled For Launch Via 5-Stage Minotaur 5 Rocket On 12 August From Mid-Atlantic Regional Spaceport On Wallops Island, VA; 3 Main Science Instruments Recently Integrated On Craft: Ultraviolet & Visible Light Spectrometer, Neutral Mass Spectrometer, Lunar Dust Experiment; Mission Will Pioneer NASA Modular Common Bus Architecture, Also Set For Use By Moon Express GLXP Mission
Image Credit: NASA
KSC Physicist John Lane Working On Project To Track Lunar Dust / Protect Apollo Sites From Future Moon Landers; Lane Used Terrestrial Rain Drops As Analog To Calibrate Laser Sensor, Consequently Discovered System Could Improve Rainfall Measurements / Weather Forecasting; NASA Considering Placing Laser Sensor On GLXP Team Lander To Help Formulate Restrictions For Future Landers Concerning Safe Distance From Apollo Sites
Image Credit: NASA, Popular Mechanics
Lunar Atmosphere And Dust Environment Explorer (LADEE) Nears Testing As Final Instrument Installed At NASA Ames Research Center; Ultraviolet & Visible Light Spectrometer (UVS) Analyzes Light Signatures; Neutral Mass Spectrometer (NMS) Tracks Atmospheric Variations In Multiple Environments; Lunar Dust Experiment (LDEX) Collects / Analyzes Particles Aloft; Tech Demo Of Laser Communications Also Aboard; Set For Aug 2013 Launch, Project Scientist Rick Elphic States, “A Mission Like LADEE Has Been Needed Since Apollo…”
Image Credit: NASA
Russia Federal Space Agency Announces Two Missions To The Moon: Luna-Globe Slated For 2015 Launch To Orbit Moon And Lunar-Resource Slated For 2017-8 Launch To Land On Lunar Surface; Luna-Globe Design Based On 2011 Lost Mars Craft Fobos-Grunt; Lunar-Resource Lander Will Study Soil Of Moon’s Southern Hemisphere Says Developer NPO Lavochkin; Next Mars Probe Attempt Not Till 2025 States Space Agency Chief Vladimir Popovkin
Image Credit: Roscosmos, NPO Lavochkin
Queensland University Of Technology Professor Marek Zbik Utilizes Synchrotron-Based Nano Tomography To Isolate Nano Particles Inside Lunar Glass Bubbles; Formed By Meteorite Impacts; Pulverizing Of Rocks Mixes Particles Into Regolith; Nano Particles Behave According To Laws Of Quantum Physics, Give Lunar Dust Unusual Properties: Electro-Static Charge, Extreme Chemical Activity, Low Thermal Conductivity, Etc
Image Credit: canindia.com, NASA