Category Archives: Lunar Volatiles

Weekend Edition
Fri-Mon / 15-18 May 2020

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ESA Advancing Laser Powering Techniques For Exploration Of Permanently Shadowed Lunar Craters

PHILIP (Powering Rovers By High Intensity Laser Induction On Planets) Envisions Lander Situated Between Shackleton And de Gerlache Craters Near Moon South Pole Equipped With 500-watt IR Laser Supporting Remote Exploration Of Shadowed Areas In Which Solar Power Is Inaccessible By Directing Energy To Photovoltaic Module On 250-kg Rover; 10-month Study Conducted By Leonardo Company Of Italy And National Institute Of Research And Development For Optoelectronics Of Romania, Funded By ESA Discovery & Preparation Division

Image Credits: ESA, EADS, NASA

Wednesday / 29 May 2019

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Hawai’i And Germany Scientists Developing Laser Systems For Water And 3D Printing On Moon 

University of Hawaii At Manoa Research Finds A Way To Liberate Water From Lunar Regolith; UH Scientists Use Laser To ‘Zap’ Moon Dust, Making Water Available For Human Use; Germany Laser Zentrum Hanover And Institute Of Space Systems Develop MOONRISE Laser To Melt Regolith For 3D Printing, Will Send 3-kg System To Moon With PTScientists Lander And Rover During 2021 In Tandem With International Lunar Missions

Credits: Laser Zentrum Hanover

Weekend Edition
Fri-Mon / 12-15 Oct 2018

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Lunar Reconnaissance Orbiter Patrols Ahead Of Future Missions

NASA Lunar Reconnaissance Orbiter Returns Data And Images 9 Years After Entering Moon Orbit; Diviner Instrument Aboard LRO Along With NASA Moon Mineralogy Mapper On Chandrayaan-2 Find Widespread Water On Moon; CRaTER Cosmic Ray Telescope Characterizes Lunar Radiation Environment For Future Missions; LRO Finds And Photographs Crash Site Of Europe SMART-1 Probe Deliberately Impacted Into Moon; Produces 5-Minute Virtual Tour Of Moon In 4K; LRO Engaged To Photograph Israel SpaceIL Landing In 2019

Credits: NASA, ESA, NASA/GSFC

Weekend Edition
Fri-Mon / 31 Aug – 3 Sep 2018

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Roscosmos, ESA Collaborate On Luna 27 Payload For Moon South Pole Resource Investigation

ESA Developing In-Situ Drill / Sample-Analysis Payload ‘PROSPECT’ To Reach Moon South Pole-Aitken Basin 2022-23 Aboard Roscosmos Luna 27 Lander; Design Phase Scheduled Early 2019; ProSEED Drill To Probe Lunar Ice Where Subsurface Temperatures Could Reach -200° C; ProSPA Onboard Laboratory To Heat Ice Sample To 1,000° C For Volatile Extraction; ESA May Participate On Luna 25 Lander Aiming For Boguslavsky Crater Near South Pole NET 2019-20

Credits: Roscosmos, ESA, NASA, L. David

Weekend Edition
Fri-Mon / 29 June – 2 July 2018

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Chandrayaan-2 Lunar South Pole Mission To Target Water, Possibly He-3

GSLV Mk II Launch NET Oct / Nov Of 3,290-kg Chandrayaan-2 Orbiter, Lander, 6-Wheel Rover, Will Research Topography, Mineralogy, Exosphere, Prospects For Ice-Water Utilization, Consider Future Helium-3 Extraction; Rover To Operate In Semi-Autonomous Mode For 2 Weeks; ISRO Chairman K. Sivan States India Plans To Be A Leader In Space Resource Utilization, Aims To Put India Crew On Moon

Credits: ISRO, NASA

Friday / 1 Jun 2018

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Blue Origin Planning Its Contributions Toward Permanent Lunar, Solar System Settlement

Jeff Bezos, Founder Of Blue Origin, Discusses During NSS ISDC The Necessity For Moon Base Before Mars, States “We Will Do Anything We Need To Do” To Support The Future Vision Of Trillions Of People Living In Space; Planning Blue Moon Lunar Lander Cargo System 2020s, New Armstrong Rocket, Seeking International And National Public-Private Partnerships; Returning To Moon Requires ‘Step By Step Advances, Lowering Cost Of Access To Space, Reusability, Building Landers & Rovers, Exploring Craters And Determining Resources’

Credits: Blue Origin, Jeff Bezos, LRO, NASA, JPL

Weekend Edition
Fri-Mon / 27-30 Apr 2018

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Science And Moon Experts Advise Reinstatement Of Resource Prospector Mission

Lunar Exploration Analysis Group Chairs (L-R) Samuel Lawrence And Clive Neal Urge NASA Administrator Jim Bridenstine To Reestablish Resource Prospector (RP) Mission Vital For Lunar Economy, Space Exploration; Letter States Cancellation Of NASA Only Polar Lander-Rover Mission A Source Of Incredulity And Dismay To Community; Critical To Provide Strong Leadership As 6 International Lunar Lander Missions Planned Into 2025; International Lunar Observatory Association And Space Age Publishing Company Support RP Reinstatement Within Context of Space Policy Directive 1, Dedication Of Human Return To Moon, First Women On Moon Initiative

Credits: NASA, University of Notre Dame, LEAG, ILOA

Friday / 20 Apr 2018

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New Views From The Moon 2 – Asia 2018 In Japan Exchanging International Lunar Research, Mission Plans

University of Aizu, Japan, and Lunar and Planetary Institute Host NVM2 Conference 18-20 April 2018 With ~55 International Lunar Experts Covering Topics Including Landing Sites, Astronomy From The Moon, Lava Tubes, Geology, Volatiles, Lunar Space Elevator; 8 International South Pole Landers Identified For Missions By 2025, Collaborations Needed To Avoid Duplication, Maximize Science And Determine Where To Lead Investigations; LEAG Commercial Advisory Board Of ~30 Members Planning Next CAB Meeting 19 June

Pictured: Clive Neal, Ben Bussey, Makiko Ohtake, (Steve) Liu Yang, Carle Pieters, Junya Terazono; Image Credits: Univ. of Aizu, Univ. of Notre Dame, NASA, Brown Univ., JAXA, ISRO, KARI, ESA, Roscosmos, CNSA, LPI, ILOA

Friday / 9 Mar 2018

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Mapping Moon South Pole Aitken-Basin Mineralogy For Future Landing Sites

Oldest, Largest, Well-Preserved South Pole-Aitken Basin, Nearly 1/4 Of Moon Diameter At 2,500 km, Is Area Of Most Recent Study Led By Brown University Prof. Carle Pieters & Daniel Moriarty Of GSFC; Using Data From USA Imaging Spectrometer ‘Moon Mineralogy Mapper’ Aboard ISRO Chandrayaan-1, Compositions Of Deposits From Volcanic Activity And Exposed Mantle Material Detected; Chemical / Mineral Analysis, Age Calculations And Especially Sample Return Missions Can Help Determine History Of Early Evolution Of Moon & Solar System, Be Compared To Previous Apollo / Other Sample Returns, Define Vital Zones For Exploration

Credits: NASA, ISRO, Brown University, Goddard Space Flight Center

Thursday / 28 July 2016

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Nuclear Power On Moon, Mars, Beyond

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SETI Institute Science Colloquium At Microsoft Silicon Valley Campus Features Frank Shu, Professor Emeritus, University Of California Berkeley; Discusses Lunar Base As Wise First Step Toward Humans Colonizing Mars, Traveling To The Stars; Shu Notes Lunar Water Ice Harvesting / Electrolysis To Produce Habitat-Critical Oxygen (& Hydrogen For Fuel) Requires Primary Power Source; Presents Patented Design For Two-Fluid Molten-Salt Breeder-Reactor (2F-MSBR) Using In Situ Thorium; Overlooks Potential For Photo-Voltaic Power At Peaks Of Eternal Light (Areas Of Near-Continuous Illumination) At Moon South Pole

Credit: SETI Institute, UC Berkeley, NASA