NASA Intends To Use Signals From 24+ Operational GPS Satellites In 20,000-Km Earth Orbit With Receivers On Moon; GSFC Developing Lunar GPS Receiver Based Upon NavCube System Being Tested On ISS; JPL Scientists Kar-Ming Cheung (L) And Charles Lee (R) Estimate That GPS Allows Lunar Navigation With 200-300 Meter Accuracy; Navigation Could Be Improved With Small Relay Satellite In High Lunar Orbit
Credits: NASA, JPL
NASA Small Spacecraft Technology Program Selects Nine University Teams For Small (<180 Kg) Satellite Demonstrations Supporting Artemis; Universities Will Receive Up To US$200K For Lunar Projects; Arizona State University Tempe Will Test Deployable Optical Receiver Aperture; University Of Colorado Boulder Will Build SmallSat Lunar Communications System In Collaboration With JPL; University Of California Irvine And University Of Illinois Urbana-Champaign Will Both Test Electrospray Thrusters; Future SmallSats Could Provide Communications And Navigation For The Moon
Credits: NASA
NASA Awards Nearly US$1M To Eight University Teams; University Of Arizona Colleges Of Engineering, Agriculture And Life Sciences, Team Led By Murat Kacira, Receives $84,333 To Develop Improved Water And Nutrient System For Growing Cosmic Crops In Microgravity (L); Colorado School Of Mines, In Cooperation With University Of Arizona, Receives $114K To Test Laser For Communicating With Tiny ‘FemtoSat’ Spacecraft, Shown By Jekan Thanga (R), Launched Across Moon; Laser Communication System May Be Used For Exploring Permanently Shadowed Regions Of Lunar South Pole
Credits: University of Arizona
UK Surrey Satellite Technology Limited (SSTL) Building Lunar Pathfinder Data-Relay; 280-Kg Spacecraft Is Intended To Provide Affordable Communications With S-Band And UHF Links To Missions On Surface, And X-Band Link To Earth; Will Enable Lunar Polar And Farside Missions With An Alternative To Earth-Based Deep Space Networks; Planned For Launch In 2022, Lunar Pathfinder Will Operate In Elliptical Orbit For Long-Duration Line-Of-Sight Visibility Of South Polar Region And Aitken Basin; Sue Horne Of UK Space Agency Talks Of Communicating From Lunar Orbit To Surface
Credits: NASA, SSTL
New Program Intended To Spur Economic Development In Space Around Earth And Moon; Initiative Will Focus On Infrastructure, Communication, Policy And Educational Requirements Of Commercial And Public Cislunar Space Activities; Purdue University Is Known As The “Cradle Of Astronauts”, Alma Mater To 25 Spacefarers Including First Moon Explorer Neil Armstrong; Engineering Dean Mung Chiang (C) Says Initiative Will “Contribute To Critical Dimensions Of The Next 50 Years Of Small Steps And Giant Leaps In Space”
Also Pictured: Program Chair Dan Dumbacher (R), Co-chair David Spencer(L); Credits: NASA, Purdue
ESA Signs 1-Year Lunar Regolith Feasibility Study Contract With Arianespace To Launch “Ariane 64” Vehicle With PTScientists Lunar Lander By 2025 To Search For Oxygen, Water, Helium-3 To Produce Fuel; Pangaea-X Test Campaign In Lanzarote Spain Advancing Lunar EVA Simulations, Communications, Tools, Science Protocols; ESA-DLR-NASA Collaborate On Moon 1/6th Gravity Study To Understand Physiological Impact Of Living, Working On Moon
Credits: ESA, PTScientists, Ariane Group
China Long March 3B Set To Launch Chang’e-4 Lander & Rover Dec 2018 To Lunar Far Side South Pole Aitken Basin; Lander To Carry High-Res Cameras, Low Frequency Spectrometer, “Lunar Lander Neutrons & Dosimetry”; Rover Equipped With Panoramic Camera, Lunar Penetrating Radar, Visible / Infrared Spectrometer, “Advanced Small Analyser For Neutrals”; Queqiao Relay Satellite At L2 Orbit; Longjiang-2 Operates In Elliptical Lunar Orbit Transmitting Images From Moon; Lunar Exploration Technology Exhibition Featuring 10-meter Moon Continues To 9 Oct At Beijing National Aquatic Center “Water Cube”
Credits: CNSA, CASC, Chinese Academy of Sciences, Beijing National Aquatic Center, NASA
China Relay Satellite Queqiao Successfully Reaches Halo Orbit Around Earth-Moon Lagrange Point 2, Will Undergo Orbit Maintenance Every 7 Days, Equipped With NCLE Low-Frequency Pathfinder To Detect Cosmic Dark Ages Radio Signals, Will Act As Communication Relay For Chang’e-4 Lander & Rover Mission Planned Nov-Dec Launch To South Pole Aitken Basin / Von Kármán Crater; Microsatellite Longjiang-2 Operates In Lunar Orbit, Transmits Far Side Pictures Using Saudi Arabia Optical Camera; NAOC Prof Ping Jinsong Mentions Feasibility Of Flying Near-Future Low Cost Lunar Constellation
Credits: CNSA, CLEP, KASCST, NAOC, CAS, Planetary Society, NCLE, ASTRON
21st Century Directions Apparent At American Astronomical Society 232nd Meeting In Denver CO With 5 Of 10 Plenaries On Galaxies, 5 Of 10 Presented By Women Astrophysicists, Supported By (L-R) Incoming AAS President Megan Donahue And Outgoing President Christine Jones; Pioneering Sessions On Low Radio Frequency Observations From Space And Moon Included Presentations By Heino Falcke, Robert MacDowell, Jack Burns, Joseph Lazio, Which Could Enable AAS Symposium In 12-24 Months On “Astronomy On, For and From The Moon”
Credits: ILOA, SPC, Steve Durst, AAS, NLSI, IAU, NASA, JPL, Radboud Univ., ISIS, ASTRON, Netherlands Space Office, et al
China To Launch Long March 4C / Chang’e-4 Relay From Xichang 20 May, Precursor For November Moon South Pole Lander; Loft 2 Microsatellites To Lunar Orbit For Low Frequency Radio Astronomy & Interferometry, And Relay Satellite (Queqiao) To L2 Which Carries Netherlands-China Low Frequency Explorer (NCLE) Pathfinder; NCLE Scheduled To Unspool Three 2-meter Antennas March 2019, Detect Radio Signals Pre-First Stars, Study Solar Flares & Jupiter Aurora; NCLE PI Heino Falcke Advocates For Radio Astronomy From Moon
Credits: CNSA, NASA, Radboud University, ASTRON Netherlands Institute for Radio Astronomy