Category Archives: Water on Moon

Tuesday / 12 May 2015

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Canada Event Explores Extraction, Utilization, Commercialization Of Lunar Resources

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6th Annual Planetary & Terrestrial Mining Sciences Symposium / Space Resources Roundtable Continues Through Wednesday 13 May In Montreal, Canada; Event Intended To Promote Closer Relationship Between Space & Mining Sectors; Featured Speakers Today Include (L-R) NASA JSC ISRU Chief Engineer Jerry Sanders, John Hamilton Of PISCES; John Gruener Of NASA JSC Will Outline An International Lunar Polar Volatiles Strategy; Alex Ellery Of Carleton University Will Detail How ISRU & 3D Printing Can Facilitate A Self-Replicating Infrastructure On Moon

Image Credit: NASA, PISCES, Carleton University

Wednesday / 6 May 2015

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LRO Taking Closer Look At Moon South Pole

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Orbit Of NASA Lunar Orbiter Lowered To Within 20km Of Lunar South Pole, Closest The Craft Has Been To Moon; New Orbit Enables Improved  Measurements Of South Pole Areas With Unique Illumination Conditions – Permanently Shadowed Craters (e.g. Cabeus), Peaks Of Eternal Light (e.g. Malapert); LOLA & Diviner Instruments Will Now Produce Better Signal / Higher Resolution Data; Maneuver Indicates Continued Interest In Moon South Pole Exploration Within NASA

Image Credit: NASA

Thursday / 30 April 2015

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Chang’e-3 Telescope Demonstrating Value / Feasibility Of Lunar-Based Astronomy

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Lunar Ultraviolet Telescope (LUT) Successfully Operates For Entire 4.28 Hours Of Recent (4 Apr) Lunar Eclipse, Capturing 246 Images During Its 1st Operation Without Sunlight; Imaging Was Part Of Extended Experiments To Test Power Supply & Thermal Control Support For Payload Equipment During Lunar Eclipse; NAO Astronomers Publish Data Gathered From LUT That Indicate Concentration Of OH / H2O Molecules In Lunar Exosphere ~100 Times Less Than Previous Value Reported By Hubble & Chandrayaan-1

Image Credit: NAOC, CNSA, NASA

Weekend Edition
Fri-Mon / 24-27 April 2015

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Moon May Be Critical Stepping Stone To NASA Mars Ambitions

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Moon Mission Advocate Paul Spudis Outlines How Human Mars Mission Is Unfeasible Without Use Of Lunar-Produced Propellant; Propellant Would Comprise >80% Of The ~900,000 Kg Of Equipment Needed For Mars Journey; Harvesting Volatiles At Lunar Poles, Creating Working Fueling Depot Close To Deep Space Staging Areas Where Mars Spacecraft Can Be Assembled; NASA Resource Prospector Mission Could Confirm Feasibility Of Using Volatile Deposits On Moon As Fuel / Consumables For Long Duration Spaceflight

Image Credit: NASA, aaas.org

Wednesday / 25 March 2015

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Mojave Volatiles Prospector Preparing For
Lunar Polar Mission

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MVP Project Using 3 Instruments – Near Infrared & Visible Spectrometer, Neutron Spectrometer Subsystem, And Downward Facing GroundCam – On KREX-2 Rover To Advance Robotic Volatile Prospecting Methods For Use At Lunar Poles; Tests Conducted In Mojave Desert Lunar Analog Site; Small Field Team In Mojave & Operational Team At NASA Ames Simulating Real-Time Analysis & Decision Making Needed For Moon Mission; Project Driven By Likelihood Of Water Ice Deposits In Permanently Shadowed Craters At Lunar Poles Colder Than 40K

Image Credit: NASA

Tuesday / 24 March 2015

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Water On Moon May Have Ancient Origins

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Moon Ice Concentrations Symmetrically Centered 5.5° From Lunar Poles; Research Team Including Matthew Siegler Of Planetary Science Institute Suggests This Indicates Moon Experienced Ancient Polar Shift Caused By 3.5B-Year Old Lunar Hot Spot At Oceanus Procellarum; If Theory Is Accurate Lunar Ice May Be Nearly As Ancient As Moon Itself, Potentially Locked Up As Hydrated Minerals In Rocks And / Or Protected By Insulated Layer Of Regolith; Team Relied On Data From NASA Lunar Prospector Mission

Image Credit: NASA, UCLA

 

Tuesday / 3 March 2015

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Shackleton Energy Company To Develop, Test New Technology At ISS

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In A Step Towards Ultimate Goal Of Providing More Affordable Access / Operations To / In Space, Shackleton Energy Corporation (SEC) Signs MOA With CASIS To Develop & Test Mini Space Brakes / Re-entry Vehicles Called ‘Oryx’; Technology Is Critical Enabler For Aerobraking Systems Needed To Economically Fly Water From Moon To Fuel Depots In LEO; SEC To Eventually Develop Larger Re-entry Vehicles / Orbital Lifeboats For Fuel Depot Crew

Image Credit: Shackleton Energy Company

Thursday / 12 February 2015

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April Workshop To Highlight Near-Term Lunar Surface Mission Opportunities

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Abstract Deadlines Due Friday 13 February For 5th International Workshop On Lunar Surface Applications; Event – Scheduled For 14-17 April 2015 In Cocoa Beach FL – Will Provide Overview Of Moon Mission Development & Plans Of The 3 Commercial Enterprises Supported By NASA Lunar Catalyst Lander Program, & Opportunities For Science & Commercial Activities On Moon; To Include Additional Presentations About Lunar Polar ISRU & Upcoming NASA Resource Prospector Mission

Image Credit: lunarworkshops.com, NASA, Moon Express

Tuesday / 3 February 2015

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Shackleton Energy Company Seeks To Fuel
Human Solar System Exploration

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1.6B Tonnes Of Water At Moon Poles Is Likely Prize That Will Stimulate New Lunar Gold Rush; USA Texas-Based Shackleton Energy Company Advancing Plan To Mine Moon Water With Robotic & Human Missions, Convert It To Rocket Propellant (Hydrogen & Oxygen), & Sell It At Orbital Fuel Depots; Company Continues To Advance Business Plan After Pursuing Crowdfunding Campaign & Lobbying For NASA Support

Image Credit: Shackleton Energy Company, Popular Mechanics

Wednesday / 7 January 2015

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Astronaut Hoffman: Human Moon Missions Logical Next Step

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Former NASA Astronaut Jeffrey Hoffman Says It Makes More Sense To Revisit Moon Before Attempting Mars Missions; Moon On Average  Is ~600 Times Closer, Mission Would Be Cheaper, Shorter & Safer; Human Explorers Could Confirm Extent Of Water Ice Deposits, Potentially Begin Transforming Those Resources Into Rocket Fuel, Air, Drinking Water, Thereby Transforming Economics Of Space Travel; Hoffman Says, After 43 Years, USA / Humanity Needs To Get Used To Planetary Exploration Again, Practice / Test Systems & Prepare To Expand Society Into Solar System

Image Credit: ESA, ISU