Lunar Fire Fountains Fueled By Carbon Monoxide According To Brown Researchers
Brown University Researchers Revisiting Glass Collected By Apollo 15 & 17 Astronauts Suggest Moon And Earth Volatile Reservoirs Share Common Origins; Carbon & Oxygen Forms Carbon Monoxide, Mixing With Basaltic Lava To Spew Quick-Cooling Droplets Of Green And Orange Glass; Recent Analysis Reveals H2O & Carbon Concentrations Decrease Near Center, Indicating Degassing; Brown’s Alberto Saal States, “Either Some Of Earth’s Volatiles…Were Included In The Accretion Of The Moon Or…Were Delivered To Both The Earth And Moon At The Same Time From A Common Source.”
Credit: NASA, Brown University
Lunar Exploration Analysis Group Annual Meeting 20-22 Oct In Columbia MD; Chaired By (L-R) Clive Neil, Supported By Sam Lawrence (ASU), Jeff Plescia (JHU/APL), Steve Mackwell (LPI) & Representatives For LRO, ESA, ARTEMIS, Commercial Space, Next-Gen Lunar Scientists & Engineers; Recent Findings / Recommendations Include Resource Prospecting At Lunar Poles & Interior, Advancing Lunar CubeSats, Maintaining Moon Missions / Pace Of Discovery To Support International Partnerships, Technologies, Future Crewed Missions To Moon & Mars
Latest Advances In Autonomous Teleoperated Arial Craft (Drones) May Revolutionize Lunar & Other Planetary Explorations In Areas Too Difficult For Human Maneuvering & At Lower Cost; Drones Could Prospect Lunar Surface For Ice & Resources Further Promoting The Ability To Access Moon / Deep Space; Paul Spudis Comments On Drone Challenges Of Different Atmospheres & Adaptions Required And Advantages Of Prolonged Flight Viewing Ability For Geologic Data Collection, Prospecting & Mapping Lunar Polar Regions, Craters, Lava Tubes
PISCES Receiving Grant For MoonRIDERS (Research Investigating Dust Expulsion Removal Systems) Project To Advance Space Exploration & Cultivate 21st Century Workforce STEM Skills For Hawaii Students; Kealakehe High, ‘Iolani High, NASA & PISCES Developing Lunar Experimental Electrodynamic Dust Shield (EDS) To Repel Particles Via Low Electric Current; Preparations In Process For Early 2017 Launch On GLXP Lander
Future Design Of Miniature Laser Ablation Resonance Ionization Mass Spectrometer For Use In Moon Missions To Date Lunar Rocks And Surface; Instruments Placed On Lunar Lander / Rover Can Analyze Samples In Situ Without Complicated Preparations & Could Be Used On Proposed Moon Age & Regolith Explorer (MARE) NASA Mission; Team Led By Dr. F. Scott Anderson Of Southwest Research Institute (SwRI) Demonstrated Success Of Device On Duluth Gabbro Rock Sample Analogous To Rocks Found On Lunar Near Side
NASA First Scientist-Astronaut Schmitt Has Busy Week At International Space University (ISU) Hosted By Ohio University; Recognized For His Apollo 17 Mission & Being The Second To Last Human To Step On The Moon His Work Continues On Lunar Exploration & Future Space Policy Issues; Advocate For Human Space Exploration & Author Of “Return To The Moon” Schmitt Describes Private Enterprise Approach & Business Proposition For Lunar Helium-3 Mining