Analysis Of Apollo Moon Rocks – Led By Hejiu Hui Of University Of Notre Dame – Throws Moon Origin Theory Into Question; Modern Instruments Able To Detect 6 ppm Of Water In Interior Of Genesis (R) & Other Apollo Rocks Once Thought To Be Dry; Researchers Estimate Early Moon Magma Contained Up To 320 ppm; Impact Theory Of Moon Formation (L) Does Not Account For These Damp Findings
Image Credit: nasa.gov, nd.edu
Canadian Space Commerce Association 2013 National Conference On 7 March In Toronto, Ontario, Canada; What Can Space Companies Learn From Canada Mining Industry & Vice Versa? Speakers Include Dale Boucher Of NORCAT, Robert Richards Of Moon Express, Rick Tumlinson (T) Of Deep Space Industries Inc., Peter Visscher (B) Of Artemis Jr / RESOLVE Project, Space Law Experts Ram Jakhu & Melissa Force
Image Credit: CSCA
Regolith Advanced Surface Systems Operations Robot (RASSOR) Designed By NASA To Extract Water, Ice, For Fuel & Life Support From Regolith On Moon Or Other Dusty Bodies; 45kg, 0.75m-Tall Device Designed As Feeder For Lunar Resource Processing Plant; Current Design Likely To Evolve With Roll Out Of RASSOR-2 In Early 2014 For Testing
Image Credit: NASA
Roscosmos Head Vladimir Popovkin Says Russia Planning Luna-Glob Moon Lander Mission In 2015; Mission Will Be 1st From New US$1B Vostochny Cosmodrome In Far East Amur Region Of Russia; 1400-kg Spacecraft Will Place 500-kg Landing Module On South Pole Of Moon; Craft Will Carry Up To 25kg Of Scientific Equipment To Search For Water / Take Soil Samples, Yet Main Objective Of Mission Is To Achieve Landing On Another World / Moon
Image Credit: Roscosmos
As GRAIL Mission Data, Including Imagery Of Spacecraft Surface Approach, Continues To Flow Through Scientific Community, NASA Invests In Technology Development To Search For Water Deposits Inside Permanently Shadowed Moon Craters; US$300K Contract Awarded To Xylem Inc. To Develop Specialized Mass Spectrometer For RESOLVE Mission Lunar Rover; With Sufficient Authorization & Funding USA / Canada Mission Could Land On Moon In 2017
Image Credit: NASA, Xylem Inc.
Recently Released Results From Mercury Mission MESSENGER Indicate Plentiful Deposits Of Water Ice At Its Poles 10-20cm Thick; Similar To Moon, Deposits Are Collected In Deep Impact Craters; UCLA Professor David Paige Says Studying Moon Poles Helped Researchers Develop Techniques To Research Water On Mercury; Findings Of Water On Harsh Environments Of Moon & Mercury Indicate Water Ice Is Common Component In Solar System / Universe
Image Credit: UCLA, NASA
ESA To Decide By End Of 2012 If 2.8 Metric Ton Herschel Telescope Will Crash Into Lunar Surface In Search Of Permafrost; $1.4B Infrared Astronomy Mission Ends March 2013 Due To Depletion Of Cryogenic Superfluid Helium; Spacecraft Currently At L2; Earliest Arrival At Moon Would Be June 2013; Alternate Plan To Place In Solar Orbit, Away From Earth For 100s Of Years
Image Credit: ESA, NASA
Lunar COTS Petition Founded By Doug Plata Gaining Momentum As NASA Commercial Crew & Cargo Program Manager Alan Lindenmoyer (L) Suggests Using Successful COTS Model Elsewhere In NASA; Lunar COTS Would Establish Programs To Support Commercial Cis-lunar Transportation Service, Lunar Surface Operations, Harvesting Lunar Polar Ice, Orbital Propellant & Servicing Depots, Initial Crewed Lunar Base
Image Credit: NASA
Mini-RF Radar On LRO Estimates Maximum Amount Of Ice Likely Inside Shackleton Crater; 5-10% Of Material In Walls Of The Permanently-Shadowed Crater Could Be Patchy Ice According To Team Led By Bradley Thomson Of Boston University; Instrument Detects Distinctive Radar Polarization Signature Of Water Ice To Depth Of 2m Below Surface; Mini-RF Currently Acquiring New Bistatic Radar Images To Locate Volatile Deposits Using Arecibo Radio Telescope
Image Credit: NASA, bu.edu
9-Day Field Tests Of NASA-CSA Lunar Rover Now Underway At Lunar Analog Environment Of Mauna Kea, Hawaii; RESOLVE Project Demonstrating How Future Explorers Could Extract Water / Resources From Lunar Soil; CSA Contributing Artemis Junior Terrestrial Rover, Versatile Drill, Avionics Suite; NASA Contributing Resource Extraction Payload; Media Day On 19 July
Image Credit: NASA