Thursday / 28 June 2012

Hawai`i Lunar Research Park Advancing

Governor Neil Abercrombie Signs Bill Authorizing Creation Of Research Park On Mauna Kea For Private Businesses & International Space Programs To Develop / Test Technologies Needed To Facilitate Human Habitation Of Moon; Pacific International Space Center For Exploration Systems (PISCES) Will Oversee The Project; Target Technologies Include Oxygen / Water / Rocket Fuel Manufacturing, Waste Management, Food Growth  

Image Credit: PISCES

Wednesday / 27 June 2012

Lunar Laser Communication Demonstration Set For 2013

ESA / NASA Collaborating On Project To Confirm Effectiveness Of Laser Communication From Moon To Earth & Back; New Optical Terminal Flying On LADEE (NET 2013) Will Transmit Over 600MB / Second To 3 Ground Stations By Beam Of Infrared Light At 1550nm Wavelength; Optical Laser Communication Could Reduce Mass Of On-Board Receiving / Transmitting Equipment & Provide Significantly Faster Data Rates Than Traditional Radio Frequencies

Image Credit: NASA

Friday / 25 May 2012

‘Part-Time Scientists’ To Pioneer Advanced Technologies

Autonomous Navigation, Ultra-Fast Graphical Processing Units Among Technologies GLXP Team Part-Time Scientists Hope To Advance With Lunar Mission NET 2014; Landing Vehicle & ‘Asimov’ Rover To Touch Down Near Apollo 17 Site;  Autonomous Navigation System Developed In Tandem With German Aerospace Center Uses Stereo Camera To Generate 2.5-Dimensional Model Of Surroundings

Image Credit: cnet.com, Part-Time Scientists

Friday / 18 May 2012

New Technologies / Ways Of Thinking Needed For Next Mining Gold Rush

University Of New South Wales Professor Leonhard Bernold Outlines How Earth Mining Systems Will Not Be Adequate On Moon Due To Dust, Lower Gravitational Acceleration (1.6m/s² vs 9.8m/s²), Minimal Atmosphere / Water, Etc; Proposes Using Suction Extraction With Pneumatic Transportation For Lunar Mining; System Uses Airflow To Transport Material By Venturi Process Through Glass Pipes Manufactured Through ISRU & Joined In-Situ

Image Credit: nextbigfuture.com, amazon.com, nova.org

Tuesday / 15 May 2012

Lunabotics Competition Paving Way For Human Lunar Outpost

66 Undergraduate & Graduate School Teams From Around The World Will Compete In 3rd Annual NASA Lunabotics Competition 21-27 May At Kennedy Space Center; Teams WIll Have 10 Minutes To Maneuver Through Obstacle Course Of Lunar Regolith Simulant, Collect As Much Regolith As Possible; NASA Awarding Bonus Points For Autonomous Robots; Lunar Mining / ISRU Critical For Development Of Lunar Outpost

Image Credit: NASA, tuscaloosanews.com

Wednesday / 9 May 2012

‘Triway’ Approach To Solar System Exploration

Peter Kokh & Al Anzaldua Call For Union / Cooperation From Proponents Of Moon, Mars & Asteroid Exploration; Antagonistic Attitude Between Groups Leads To Apathetic Public Support, Undependable Funding; Focus On Comprehensive, Integrated Missions & Technologies That Facilitate Reaching All 3 Destinations, Enabled By Private Sector / Government Partnerships

Image Credit: NASA, visions2200.com, dailygalaxy.com

Tuesday / 8 May 2012

Moon Studio Final Review At USC

Students Of USC School Of Architecture Graduate Course ‘Moon Studio’ To Present Final Projects To Expert Panel Of Faculty, Agency & Industry Professionals On Wed 9 May; Presentations Display Students’ Conceptual Design Synthesis Skills In Creating Innovative Architecture For Lunar Settlement; Pictured (L-R): USC Professors Carlson, Khoshnevis, Leach & Thangavelu

Image Credit: USC, PARAsite

Friday / 4 May 2012

Hawai`i Sees Opportunity In Lunar Development

Hawaii Lawmakers Expected To Pass 2 Bills This Week Advancing Importance Of State In Emerging NewSpace Age; 1st Bill Will Establish Hawaii Spaceport Initiative, Capitalize On Projected BillionUS$ Industry; 2nd Bill Will Support Construction Of International Lunar Research Park On Hawaii Island; ILRP Will Help Design / Develop Human Moon Settlement Within 10 Years

Image Credit: hawaii.gov, UHH, Aerospace Hawaii

Wednesday / 2 May 2012

ALHAT Technology Key To Future Robotic / Human Missions To Lunar Poles

Image Credit: NASA

Autonomous Landing Hazard Avoidance Technology (ALHAT) System Under Development At NASA Will Enable Safe Landings In Locations Apollo Never Could Have Gone; Terrain Relative Navigation System Utilizes 3 Sensors (Optical, Lidar, Laser Altimeter) & Stored Data To Determine Lander Position & Velocity; Hazard Detection System Generates DEM With 10-cm Resolution

Tuesday / 1 May 2012

UK-Based Group Unveils Lunar Hopper Demonstrator

Image Credit: Uchusen Company, Naviblog

Uchusen Company, University Of Southampton & DeltaCAT Ltd., Present ‘Hopper Alpha’ Demonstrator; Team Went From Blank Paper To Core Physical & Electronics Framework Ready For Gimbal/Thruster, Firing & Hovering Phase, In Under 1 Calendar Year; Managing Director Mandali Khalesi: Project Is Initial Step Towards Agile Spacecraft Development Required In New Century; Could Be Utilized For Lunar Or NEO Missions